N. C. C. T.

ALIVE HUMAN BEING DETECTOR
USING PASSIVE INFRARED (PIR)
IN THE WAR FIELDS, EARTH QUAKE AFFECTED AREAS WITH MODEL Using CCD Camera ? Wireless Audio / Video Live Transmission
This Project comes under Final Year Student Project - Embedded System using Microcontroller

This Project comes under Final Year Student Project - Embedded System using Microcontroller BIOMEDICAL WEARABLE DEVICE FOR REMOTE MONITORING OF PHYSIOLOGICAL SIGNALS WEARABLE HEALTH SYSTEMS FROM SMART TECHNOLOGIES TO REAL APPLICATIONS The Scope of this Project is to develop a Hi end technology oriented system, which constantly monitors the health status of a person and if any abnormalities found, the data will be immediately transferred to the nearest location and the appropriate action can be taken The Project is a working model, which incorporates the following sensors, which was networked called as ?Embedded Biomedical Sensors Network ECG Sensor, Heart Beat Sensor, Body Temperature and Respiratory Temperature. We will have a Coat, which is called as Biomedical Wearable Coat, which will have the sensor network of ECG Sensor for ECG Monitoring, Heart Beat Sensor for Heart / Pulse rate Monitoring, Body Temperature Monitoring and Respiratory Temperature, fixed in the Coat and easy wearable and operated through 9V Battery

This Project comes under Final Year Student Project - Embedded System using Microcontroller
COMPUTERIZED FLOW TOTALIZER FOR JUICE INDUSTRIES
In like manufacturing industries they need to know the amount of juice manufacturing through the flow rate. The prepared juices allowed through pipes and a flow transducer will give the instantaneous flow rate as 4-20 ma. Our system gets the input from the flow sensor and calculates the integrated flow rate/hour and also flow rate/shift. The process is completely monitored on the PC, which is helpful to know the quantity produced in the industry. Our project can get input from 8 flow sensors at a time.

This Project comes under Final Year Student Project - Embedded System using Micro controller
CONVENER BELT MONITORING & CONTROL
A conveyor belt or belt conveyor consists of two end pulleys, with a continuous loop of material that rotates about them. The pulleys are powered, moving the belt and the material on the belt forward. Conveyor belts are extensively used to transport industrial and agricultural materials, such as grain, coal, etc. Conveyor belts with regularly spaced partitions are often called elevator belts.

AI BASED SECURITY CONTROL & SURVEILLANCE SYSTEM FOR TELEPHONE EXCHANGE WITH SENSOR NETWORK, SCADA, AUTO DIALER
This is Hardware cum Software project for Security Purposes & Automation of the Telephone Exchange, which will really improve the quality of the work
This comes under Final Year Student Projects

This Project comes under Final Year Student Project - Embedded System using Microcontroller
FINGER PRINT BASED VEHICLE ACCESS SYSTEM
FPVI is a security device which will be fitted / installed inside the vehicle, which does not allow the vehicle to start without the verification of Finger Print even without the Right Key used. It immobilizes the vehicle in your absence and prevent it from theft or use by un-authorized person. You can register yourself (fingerprint) as master and can also register fingerprints of others, friends who are authorized to use your car

This Project comes under Final Year Student Project - Embedded System using Micro controller
HYBRID INTELLIGENT TRAIN SYSTEM
Railways are facing increasing needs in term of safety, survives to passengers and operational efficiency
Addressing the Requirements & Service Needs of the Railway Sector, we are providing a consistent, timely and cost effective services & solutions which makes the Train Travelling and journey more enjoyable and trust the System completely
The Objective of this Project is to Design a Hybrid Integrated intelligent Train System and this system consists of Embedded Systems, Sensors. The proposed Embedded System performs tasks using the sensors
The growth of the railways was one of the most dramatic developments of the nineteenth century. Rail transport refers to the land transport of passengers and goods along railways or railroads. These consist of two parallel rails, usually of steel, generally mounted upon cross-sectional beams of timber, concrete or other material. The underlying support maintains the rails at a fixed distance (gauge) apart. Usually vehicles running on the rails are arranged in a train
THE INTEGRATED AND PROPOSED MODULES ARE
1. INTELLIGENT AUTOMATION SYSTEM
v VOICE ANNUNICATION SYSTEM
v MOVING MESSAGE DISPLAY AS PER THE REQUIREMENTS
2. AUTOMATIC SIGNAL CONTROL / UNMANNED GATE CONTROL & ACCIDENTS AVOIDANCE
3. COLLISION AVOIDANCE SYSTEM
A Model Train is used in our project to prove the application and the concept. Suitable Micro controllers, Sensors, Hardware Circuits and relays fulfill the functions of the real time concept

ICU stands for Intensive Care Unit, a place in the hospital where very ill patients are monitored very closely. Typically, the patient-staff ratio is very low and the LIFE-SAVING EQUIPMENT used is very advanced
Generally ICU is a hospital facility for provision of intensive nursing and medical care of critically ill patients, characterized by high quality and quantity of continuous nursing and medical supervision and by use of sophisticated monitoring and resuscitative equipment
The patients in the ICU need a constant monitoring of their ECG, Temperature and heart beat. This project is a working model, which incorporates sensors to measure important parameters namely the Temperature, Respiratory temperature, Heart Beat and ECG. The sensors are interfaced to computer, so that the condition of a patient can be analyzed by doctors in any part of the hospital wherever they are. Whenever there is an abnormality felt by the patient, the particular patient will give an alarm signal, by which the doctor can rush to the patient. Even when the patient is in an unconscious condition, all the parameters will be sensed and doctor will be cautioned, thus it reduces doctor?s workload and also gives more accurate results. Our project is a working model which incorporates sensors to measure all these parameters like Body Temperature, Respiratory Temp, Saline Status, ECG and Heart Beat rate and transfer it to the computer, so that the patient condition can be analyzed to by doctors in any part of the hospital wherever they are. Thus it reduces doctors work load and also gives more accurate results, wherever there is an abnormality felt by the patient, we have also incorporated saline monitoring system which gives an alarm when the saline bottle about to empty.

This Project comes under Final Year Student Project - Embedded System using Microcontroller
IMPLEMENTATION OF HIGHLY EFFECTIVE MOBILE / CELL PHONE JAMMER MOBILE JAMMERS ? OPERATING PROCEDURE
Jammers block cell phone use by sending out radio waves along the same frequencies that cellular phones use. This causes enough interference with the communication of cell phones and the towers to render the phones unusable. On most retail phones, the network would simply appear out of range. Most cell phones use different bands to send and receive communications from towers. Thus jammers can work by either disrupting phone to tower frequencies or tower to phone frequencies. Small devices tend to use the former method, while larger more expensive models may interfere directly with the tower. The radius of cell phone jammers can range from a dozen feet for pocket models to kilometers for more dedicated units The power of the jammer's effect can vary widely based on factors such as proximity to towers, indoor and outdoor settings, presence of buildings and landscape, even temperature and humidity play a role OTHER APPLICATION AREAS
? Business (conferences, board of directors rooms, seminars, meeting rooms) ? Hospitals ? For ICU & Operation Theaters ? Church/Mosque/Cathedral/ Temple/ Religious establishment ? To keep solemn mode in religious ceremony by removing unwanted noise of mobile phones ? Libraries, Lecture Halls ? Movie Theaters/ cinemas ? To avoid trouble of ringing mobile phones during the movie is on ? Institutes / reading rooms ? To maintain silence for study activities ? Places of Worship (mosques, shrines, churches, temples, etc. ) ? Government Buildings ? Recording Studios ? Mobile Phone Free Zones and Prohibited Areas

This Project comes under Final Year Student Project - Embedded System using Microcontroller
IVRS BASED SMART NETWORKED HOME
HOME AUTOMATION SYSTEM Home Automation is the use of technology to interface the various household devices. Various Home Appliances can be monitored and controlled using this System. Home devices are controlled using an embedded programmable logic device with the use of Telephone Line and the messaging system using Internet. The combination of the above to produces the Complete Smart Networked Home & Automation System
Using the above System Fridge, Ovens can be set or turned off, Alarms can be turn on or turned off, Door can be opened to allow the relatives / visitors to enter into the House and of course various entertainment devices can be integrated
The Special Features of this Integrated Kit is IVRS ? Interactive Voice Response System, using this system, the user of the particular service, can get (Actually hear) the status of the device immediately. For example, if he / she, switch on the FAN, he / she can hear the voice response ? FAN Switched ON. Similarly, if he / she, switched off, he / she can hear the voice response ? FAN Switched OFF
Addressing the Requirements, we are providing a consistent and cost effective solutions which makes the user to relieve himself / herself from the burden of security and comfort. The Objective of this Project is to Design a Hybrid Smart Networked Home ? Connected Devices with Security System. This system consists of Embedded System and a Voice IC.

This Project comes under Final Year Student Project - Embedded System using Micro controller INTEGRATED INTELLIGENT SECURITY SYSTEM FOR INDUSTRIAL SURVEILLANCE THE SECURITY SYSTEM, PROTECTION & ALARMS INCLUDED IN THE PROJECT ARE 1. GLASS BRAKING & ALARM 2. SMOKE DETECTORS & ALARM SYSTEM 3. HEAT DETECTORS & TEMPERATURE CONTROLLER 4. EARTH QUAKE / VIBRATION DETECTION & ALARM 5. FIRE / FLAME DETECTION & ALARM SYSTEM 6. METAL DETECTION 7. INTRUDER DETECTION & ALARM SYSTEM 8. DOOR(S) / WINDOWS(S) TAMPERING & ALARM SYSTEM 9. SECURITY GUARD ALERT & PATROL MONITORING 10. ATTENDANCE MARKING SYSTEM WITH FACE INDICATOR USING WEB CAM 11. AUTO DIALER FACILITY 12. WAP & SMS FACILITIES

This Project comes under Final Year Student Project - Embedded System using Microcontroller INTELLIGENT FUZZY CONTROL GUIDED VEHICLE FOR COLLISION PREVENTION In this project fuzzy control is used to regulate the speed of a vehicle depending on the distance between vehicle 1 and vehicle 2. The vehicle is mounted with a wireless transmitter and backward vehicle is mounted with a wireless receiver. The distance between the two is given as a variable voltage by the electronics circuitry which in this case is a CPU but in actual case will be an embedded micro controller system. Depending on the distance between the two vehicles a speed control system is effected using fuzzy logic and thereby the collision is totally avoided.

This Project comes under Final Year Student Project - Embedded System using Microcontroller
DIALYSIS
Dialysis is a procedure to treat kidney failure in which artificial means are used to filter waste, maintain acid base balance and remove excess fluid from the body and removal of waste products and excess water through a semi permeable membrane
THE TWO MAJOR FORMS OF DIALYSIS ARE* HAEMO DIALYSIS (HD)* PERITONEAL DIALYSIS (PD)
WHAT DOES DIALYSIS DO?
Dialysis does the job that is normally performed by the kidneys - that is, it removes waste products from the blood and excess water from the body.

This Project comes under Final Year Student Project - Embedded System using Micro controller
POWER SHARING OF TRANSFORMERS
This project is concerned with the design and fabrication of a hardware which will monitor the performance of the load sharing process by taking power consumed by the load into consideration. This power is displayed on the monitor with the aid of suitable software.

This Project comes under Final Year Student Project - Embedded System using Microcontroller SMART TANKER ROBOT FOR SECURITY OPERATIONS IN THE PROTECTED AREA WITH WIRELESS SECURED COMMUNICATION Wireless 433. 92 MHz ? ISM Band, Ultrasonic Radar with PIR Human Being Detection, Unmanned and Operative

Voice / Speech Recognition Kit
Product Name: Voice Development Board
Product No: MOD 006
Package Contains: PCB, Data sheets, Voice IC, Components

Any Products mentioned here, any volume, any time we can meet your requirements
We have an adequate stock at our warehouse. SENSORS
1. Ultrasonic Distance Sensor
2. Acceleration Sensor - 3 Axis
3. Gas Sensor
4. Distance Measuring Sensor 5. Heart Beat Sensor
6. PIR Motion Sensor Module
7. Four Step Touch Dimmer
8. Humidity & Temperature Sensor
9. Metal Detecting Sensor
10. Voice Detecting Sensor 11. True Zero Speed, High Accuracy, Gear Tooth Sensor
12. Ultrasonic Transducer Pair - 40 KHz
13. Obstacle Detecting Sensor - Narrow Angle
14. Obstacle Detecting Sensor - Wide Angle
15. Liquid/Moisture Sensor
16. Force Sensor
17. Color mark sensor
18. Infrared Sensor
19. PIR sensors
20. Pressure sensor
21. Vibration Sensor 22. Magnetic Sensor 23. Touch Sensor 24. Multi-turn Rotation Sensor 25. 50Amp Current Sensor 26. Voltage Sensor 27. Joy Stick Sensor 28. Motion Sensor 29. Rotation sensor 30. Light Sensor
31. Smoke Detector
32. Fire Sensors
33. Fie / Flame Sensor
34. Temperature Sensor
35. Smoke/Heat Detectors
36. Heat Detectors
37. Door Tampering
38. Gas / LPG Detectors
39. Glass Breaking Sensors
40. Vibration Analyzer Sensor
41. Manual Break Point
42. Humidity Sensor
43. Flow Sensor
44. pH Sensor
45. Earth Quake Alarm
46. Co2 analyzer
47. Sound / Noise detector

A precision engineered range of finger print scanners.

A precision engineered range of RFID readers.

This Project comes under Final Year Student Project - Embedded System using Micro controller
VOICE CONTROL BASED SPEED CONTROL OF DC MOTOR
The speed of the DC Motor will be controlled by the Voice Inputs / Commands. This is a voltage based speed control system, which uses the special voice IC, Microcontroller to process the commands and control the speed
In this Project - to start the motor, we use a command, for example 1 to start the motor. Similarly other commands like 2 to increase the speed of the DC motor from the current level, 3 to increase the speed of the DC motor more from the 2nd level, 4 for the maximum speed of the motor. Similarly 5 to stop the motor
The speed of the motor will be sensed by the proximity based Speed sensor and the respective speed will be displayed in the LCD.

INDUSTRIAL COUNTERS
This Product is a Four Digit Counter with Four Digit Seven Segment LED Display and Up Count Only. These industrial counters show exactly how many pieces have been produced. They can be controlled by the factory information system, by relays, or by manual inputs from production employees.

Any Products mentioned here, any volume, any time we can meet your requirements
We have an adequate stock at our warehouse. We ship throughout India
For Price and other details contact us through E. mail - ncctchennai@gmail. com
SENSORS
1. Ultrasonic Distance Sensor
2. Acceleration Sensor - 3 Axis
3. Gas Sensor
4. Distance Measuring Sensor 5. Heart Beat Sensor
6. PIR Motion Sensor Module
7. Four Step Touch Dimmer
8. Humidity & Temperature Sensor
9. Metal Detecting Sensor
10. Voice Detecting Sensor 11. True Zero Speed, High Accuracy, Gear Tooth Sensor
12. Ultrasonic Transducer Pair - 40 KHz
13. Obstacle Detecting Sensor - Narrow Angle
14. Obstacle Detecting Sensor - Wide Angle
15. Liquid/Moisture Sensor
16. Force Sensor
17. Color mark sensor
18. Infrared Sensor
19. PIR sensors
20. Pressure sensor
21. Vibration Sensor 22. Magnetic Sensor 23. Touch Sensor 24. Multi-turn Rotation Sensor 25. 50Amp Current Sensor 26. Voltage Sensor 27. Joy Stick Sensor 28. Motion Sensor 29. Rotation sensor 30. Light Sensor
31. Smoke Detector
32. Fire Sensors
33. Fie / Flame Sensor
34. Temperature Sensor
35. Smoke/Heat Detectors
36. Heat Detectors
37. Door Tampering
38. Gas / LPG Detectors
39. Glass Breaking Sensors
40. Vibration Analyzer Sensor
41. Manual Break Point
42. Humidity Sensor
43. Flow Sensor
44. pH Sensor
45. Earth Quake Alarm
46. Co2 analyzer
47. Sound / Noise detector

A precision engineered range of RF modules.

Flying robot with search and rescue feature for an accident area or natural disaster area. This Project comes under Final Year Student Project - Embedded System using Micro controller. FLYING ROBOT WITH SEARCH AND RESCUE FEATURE FOR AN ACCIDENT AREA OR NATURAL DISASTER AREA
In this Project, we are going to design a Small Helicopter Robot, which will also act as an Autonomous Robot. We are going to design a Helicopter Robot, which will have a Micro controller to control the operations, and connected to the RF Receiver. We are going to design a Remote Control to control the Operations of the Robot; Battery is the Power Source for the Remote Control. We are going to have Keypad which will have the ON / OFF Switches as well as Switches to control the Speed of the Vehicle like Low Speed, High Speed. The Transmitter will be attached to the remote control to control the operations of the Vehicle In the Receiver Section or Vehicle model, battery will be the power source, which will be connected to the Microcontroller, RF Module. LED indication will be provided, from the Remote Control the ON / OFF flying operations will be achieved and as well as Speed of the Vehicle will be controlled. The Vehicle will also have a Camera and the Received unit will be connected to the PC / TV and the Live Video will be transmitted.

Any Products mentioned here, any volume, any time ? we can meet your requirements
We have an adequate stock at our warehouse. We ship throughout India
For Price and other details contact us through E. mail - ncctchennai@gmail. com
SENSORS
1. Ultrasonic Distance Sensor
2. Acceleration Sensor - 3 Axis
3. Gas Sensor
4. Distance Measuring Sensor 5. Heart Beat Sensor
6. PIR Motion Sensor Module
7. Four Step Touch Dimmer
8. Humidity & Temperature Sensor
9. Metal Detecting Sensor
10. Voice Detecting Sensor 11. True Zero Speed, High Accuracy, Gear Tooth Sensor
12. Ultrasonic Transducer Pair - 40 KHz
13. Obstacle Detecting Sensor - Narrow Angle
14. Obstacle Detecting Sensor - Wide Angle
15. Liquid/Moisture Sensor
16. Force Sensor
17. Color mark sensor
18. Infrared Sensor
19. PIR sensors
20. Pressure sensor
21. Vibration Sensor 22. Magnetic Sensor 23. Touch Sensor 24. Multi-turn Rotation Sensor 25. 50Amp Current Sensor 26. Voltage Sensor 27. Joy Stick Sensor 28. Motion Sensor 29. Rotation sensor 30. Light Sensor
31. Smoke Detector
32. Fire Sensors
33. Fie / Flame Sensor
34. Temperature Sensor
35. Smoke/Heat Detectors
36. Heat Detectors
37. Door Tampering
38. Gas / LPG Detectors
39. Glass Breaking Sensors
40. Vibration Analyzer Sensor
41. Manual Break Point
42. Humidity Sensor
43. Flow Sensor
44. pH Sensor
45. Earth Quake Alarm
46. Co2 analyzer
47. Sound / Noise detector

A precision engineered range of ultrasonic sensors.

Any Products mentioned here, any volume, any time ? we can meet your requirements
We have an adequate stock at our warehouse. We ship throughout India
For Price and other details contact us through E. mail - ncctchennai@gmail. com
SENSORS
1. Ultrasonic Distance Sensor
2. Acceleration Sensor - 3 Axis
3. Gas Sensor
4. Distance Measuring Sensor 5. Heart Beat Sensor
6. PIR Motion Sensor Module
7. Four Step Touch Dimmer
8. Humidity & Temperature Sensor
9. Metal Detecting Sensor
10. Voice Detecting Sensor 11. True Zero Speed, High Accuracy, Gear Tooth Sensor
12. Ultrasonic Transducer Pair - 40 KHz
13. Obstacle Detecting Sensor - Narrow Angle
14. Obstacle Detecting Sensor - Wide Angle
15. Liquid/Moisture Sensor
16. Force Sensor
17. Color mark sensor
18. Infrared Sensor
19. PIR sensors
20. Pressure sensor
21. Vibration Sensor 22. Magnetic Sensor 23. Touch Sensor 24. Multi-turn Rotation Sensor 25. 50Amp Current Sensor 26. Voltage Sensor 27. Joy Stick Sensor 28. Motion Sensor 29. Rotation sensor 30. Light Sensor
31. Smoke Detector
32. Fire Sensors
33. Fie / Flame Sensor
34. Temperature Sensor
35. Smoke/Heat Detectors
36. Heat Detectors
37. Door Tampering
38. Gas / LPG Detectors
39. Glass Breaking Sensors
40. Vibration Analyzer Sensor
41. Manual Break Point
42. Humidity Sensor
43. Flow Sensor
44. pH Sensor
45. Earth Quake Alarm
46. Co2 analyzer
47. Sound / Noise detector

When an unfortunate event affects the motor capacity of a person, it is necessary to use devices like wheelchairs that offer a means o displacement for patients with motors problems of the lower limbs. Some patients that cannot manipulate the wheelchair with their arms due to a lack of force or psychomotor problems in the superior members, request electric wheelchairs, frequently manipulated with joysticks; however the joystick manipulation is even not practical and frequently it must be handle with the mouth. The

present article presents the partial results in the development of a wheelchair controlled by an intuitive interface, where the instructions are given by hand gesture instructions. The advances are presented in the realization of the control software using a Webcam and some distances and presence sensors controlled by a PIC microcontroller that establishes the communication with a program developed in Labview

ABOUT OUR PROJECTIn manufacturing industry, a large fraction of the work is repetitive and judicious application of automation will most certainly result in optimum utilization of machine and manpower, Here our ROBOT plays a vital dual roleOur ROBOT is a Wireless, Artificial Intelligence based Mobile Robot with multi specialty approach. Basically it will have facilities such that it can move in any direction, say right, left, forward, backward etc. the commands will be received from the keyboard - Wireless.
Our robot main functionality is Materials Handling - `Pick and Place', which has been developed to achieve automation in applications where great sophistication is not needed and simple tasks like picking up of small parts at one location and placing them at another location can be done with great ease.Another main function of our multi specialty robot is fire security function – Fire Fighting, which is a system of putting together motors, solenoids, and wires, among other important componentsOur Robot is used to extinguish the fire in case of Fire Accidents. The movement of the Robotics controlled by means of stepper motor, which is involved in the major application of Robotics field.  Our Robot also consists of a Solenoid, which is actuated to pour the water whenever it senses the Fire.  This project is divided into modules for better understanding of the circuit.
SPECIAL FEATURES & POWERS OF THE ROBOT•  WIRELESS MOVEMENTS – FORWARD, REVERSE, RIGHT & LEFT•  360 DEGREE ROTATION – ANY ANGLE FREE MOVEMENTS FOR ALL AXES •  MATERIALS HANDLING FUNCTION – PICK & PLACE•  FIRE FIGHTING FUNCTION •  DIRECTION SENSING•  OBSTACLE SENSING AND COLLISION AVOIDANCE•  TEMPERATURE CONTROLLER•  MATERIALS HANDLING, PICK & PLACE ARM•  FIRE SENSING UNIT AND EXTINGUISHER•  AUTO DIALER•  MICROCONTROLLER – FLASH & EEPROM•  MECHANICAL MODEL FOR REAL TIME OPERATIONS•  STEPPER MOTOR•  STEPPER POWER SUPPLY BOARD•  OPTOCOUPLER WITH STEPPER DRIVER BOARD•  SENSORS•  RS 232 CONVERTERS•  POWER SOURCE•  WIRELESS SOLUTIONS – RF•  RF RECEIVER MODULE - 433.92 MHZ (FT-COM-RX2), BANDWIDTH – 4MHz•  RF TRANSMITTER MODULE - 433.92 MHZ (FT-COM-TX2), BANDWIDTH – 4 MHz
 WIRELESS COMMUNICATIONThe process using the Radio - Frequency spectrum for Transmitting and Receiving Voice, Data and Video signals by which information(s) are shared is known as Wireless Communication
FEATURES OF THE ROBOT•  Ours is a Wireless ROBOT with Wireless Movements•  It can move from one location to another location•  Ours is an industrial ROBOT, Controlled by the PC•  It is also a Mobile Robot which has got certain artificial intelligence feature•  The artificial intelligence facility helps the ROBOT to detect any obstacle and deviate from the obstacle path and move in a different direction•  Our ROBOT will pick the Objects and will place it in another place•  Another unique concept about our ROBOT is that it can sense any fire and detect the fire•  It can also the put off the fire 

Orientation and mobility for visually impaired people are very difficult, especially in environments unknown or not designed with assistive purposes. Autonomous living and social inclusion of blind and partially sighted people, independent mobility is an important objective to achieveIn this Project, we are going to design a RFID based Assistive system with Ultrasonic sensor to avoid obstacles with the help Microcontrollers under Embedded SystemsIndependent mobility of visual impaired pedestrians is difficult. Generally, to explore the space, sightless people use other senses (i.e. hearing, touch and smell) to compensate their disability. More in details, in familiar settings they learn how to orientate in the spaces by recognizing known features (points of reference). Nevertheless In unknown environments navigation often becomes harder or even dangerous. Besides, in pre-designed environments, wherever indoor or outdoor, orientation may also be achieved by perceiving regularities in the objects around. This Project aims to design and implement a reliable system to assist visually impaired citizens’ independent mobility. The proposed approach foresees to augment the effectiveness and the usability of the aforementioned supports by the exploitation of innovative Information and Communication Technologies hardware and software components. To this extent, wireless technologies (RFID), Obstacle avoidance (Ultrasonic) and specific system and application software are combined togetherIn this Project the user will have a specially designed RFID system, he will have the Passive RFID cards, in which the predefined route values will be stored. For example – If the person wants to go the near shop / super market, the information(s) will be stored in the card. If the user wants to move from A (Home) to B (Shop) values will be stored in Card P. Similarly if the user wants to return from B (shop) to A (Home), values will be stored in Card Q. This will support the visually impaired persons in the following aspects like· Keeps the user inside a safe path;· Provides information about turns and obstacles on the path· Checks the right directionThe user has to show the Card before the Card Reader, the Reader will give the Voice about the Card Value like this Card is P – Navigation point from A (Home) to B (Shop) or vice versa. The user has to select the right card and follow the instructions. This RFID tags has been designed to provide information about the path the blind should follow in order to have a safe navigationSo, based on the above, the user has to take the instructions and information about turns and obstacles on the path. The user will also have the Ultrasonic Sensors, these sensors will detect the Obstacles and any unexpected objects falls before them. The voice output will be generated using VOICE APR IC. Once the user reaches the specified destination, the System will inform about the same. Once the user wish to return, the user has to follow the same instructions / procedures again to reach the starting point
RADIO FREQUENCY IDENTIFICATION (RFID)Radio Frequency Identification (RFID) is an automatic identification method, relying on storing and remotely retrieving data using devices called RFID tags or transponders. Radio-frequency identification (RFID) is the use of an object (typically referred to as an RFID tag) applied to or incorporated into a product, animal, or person for the purpose of identification and tracking using radio wavesThere are generally three types of RFID tags: active RFID tags, which contain a battery and can transmit signals autonomously, passive RFID tags, which have no battery and require an external source to provoke signal transmission, and battery assisted passive (BAP) which require an external source to wake up but have significant higher forward link capability providing great read range. Here we are using Passive RFID cards

WHAT IS A ROBOT?The Webster defines a Robot as - An automatic apparatus or device that performs functions ordinarily ascribed to humans or operates with what appears to be almost human intelligence, which means Robot, is defined as a mechanical design that is capable of performing human tasks or behaving in a human-like manner
The Robotics Institute of America defines a robot as followsA robot is a reprogrammable multifunctional manipulator designed to move material, parts, tools or specialized devices through variable programmed motions for the performance of a variety of tasks and used for Relief operations

SPECIAL FEATURES & POWERS OF THE ROBOT•  OBSTACLE SENSING AND COLLISION AVOIDANCE•  DIRECTION SENSING•  MATERIALS HANDLING, PICK & PLACE ARM•  AUTO DIALER•  PIC MICROCONTROLLER – FLASH & EEPROM•  MECHANICAL MODEL FOR REAL TIME OPERATIONS•  STEPPER MOTOR•  STEPPER POWER SUPPLY BOARD•  OPTOCOUPLER WITH STEPPER DRIVER BOARD•  SENSORS•  RS 232 CONVERTERS•  POWER SOURCE•  WIRELESS SOLUTIONS – RF•  RF RECEIVER MODULE - 433.92 MHZ (FT-COM-RX2), BANDWIDTH – 4MHz•  RF TRANSMITTER MODULE - 433.92 MHZ (FT-COM-TX2), BANDWIDTH – 4 MHz
WIRELESS COMMUNICATIONThe process using the Radio - Frequency spectrum for Transmitting and Receiving Voice, Data and Video signals by which information(s) are shared is known as Wireless Communication
ARTIFICIAL INTELLIGENCE - DEFINITIONArtificial Intelligence is a branch of Science which deals with helping machines find solutions to complex problems in a more human-like fashion. This generally involves borrowing characteristics from human intelligence, and applying them as algorithms in a computer friendly way. A more or less flexible or efficient approach can be taken depending on the requirements established, which influences how artificial the intelligent behavior appears. AI is generally associated with Computer Science, but it has many important links with other fields such as Maths, Psychology, Cognition, Biology and Philosophy, among many others. Our ability to combine knowledge from all these fields will ultimately benefit our progress in the quest of creating an intelligent artificial being. 
IMAGE CAPTURING AND TRANSFERRING TO PCVIDEO / AUDIO COLOR SECURITY CAMERA – WIRELESSWe can use this Video Color Security Camera with Audio in the ROBOTICS APPLICATION as an Eye, (I – ROBO), Smallest Truly Wireless COLOR Video Camera• Smallest Camera with Transmitter & Receiver and Video Surveillance For Security • Hi Resolution - Color Wireless & Cordless Camera with Clear Audio Output• Just Fix it to SYSTEM, PC or TV or VCR and Record the Important Activities• Easy Start Process, Continuous Monitoring, Excellent Resolution• Can Gather Sensitive Information while Handling Materials, Fire Fighting, Night Time Operations• To Transmit Live Video 
WIRELESS COMMUNICATIONThe process using the Radio-Frequency spectrum for Transmitting and Receiving Voice, Data and Video Signals by which information(s) are shared is known as Wireless Communication

ALIVE HUMAN BEING DETECTOR USING PASSIVE INFRARED (PIR)IN THE WAR FIELDS, EARTH QUAKE AFFECTED AREAS WITH MODEL 
WAR & WAR FIELDWar is a state of widespread conflict between relatively large groups of people, which is characterized by the use of violent, physical force between combatants or upon civiliansWar & War Fields stands for, the waging of armed conflict against an enemy, "thousands of people were killed in the war", and a region where a battle is being (or has been) fought is known as WAR FIELD
EARTH QUAKE FIELDShaking and vibration at the surface of the earth resulting from underground movement along a fault plane of from volcanic activity is known as earth quake and the affected area is known Earth Quake Field
AIM OF THE PROJECTGenerally, Rescue People cannot enter into some parts / places of the war field or in the earth quake affected areas due to the situations aroused. But actually speaking 1.Some people may be alive in that field(s) 2.Some people may be in the unconscious status3.Some people may be injured / affected badly and cannot move aroundTo over come this, or to avoid such unwanted situations, we are going to develop an Alive Human Being Detector using PIR sensor and live working model
What is PIR…In 1800, Sir William Herschel, conducted an experiment to study the heating effects of sunlight. He used a prism to separate light into the colors of the spectrum and used a thermometer to measure the temperature in each color. As he moved from the violet to the red region, the temperature increased; however, when he placed the thermometer in the region just beyond the color red, the temperature continued to increase, even when no light was visible to the naked eye. William Herschel had just discovered the portion of the electromagnetic spectrum known as “infrared”Infrared sensors are “passive” devices, which means they do not send out and receive signals, as do “active” sensors, such as laser or radar sensors. Instead, they passively wait until infrared energy from an object strikes the detector and is measuredAll objects emit infrared radiation. The temperature of an object determines how much radiation is emitted and at what particular wavelength. The higher a body’s temperature, the more radiation emitted and the shorter the peak wavelength of the emissions. PIR Sensor is a simple electronic device, which is sensitive to 'heat', or rather the infrared light that is emitted by warm or hot objects like humans. The most frequent use of the PIR sensor is as an 'area' sensor, which detects 'someone moving in the front yard'The 'logic' of the PIR sensor is that it must detect 'significant change' of the normal level of heat within the 'field' of its view. 
ABOUT THE PROJECTIn this project, we will have the Robot model, which will roam around the war field / Earth quake affected area, which has a free forward / Reverse and full 360 degree movement, to move into the war filed / earth quake affected area, to find out the Alive or Survived Human being(s)The Robot will have the PIR sensor, which will help to detect the alive human beings, it consists of an IR based human radiation sensor, which picks up signals from human body radiations and gives a signal output. The human body radiates infrared waves with wavelengths of 8 to 12 micrometers. Whenever any human being comes in the vicinity of the system (upto 1m) the IR system gives the SignalThe Robot also has a wireless RF Transmitter and sends the message to the Remote Location whenever it finds any alive human.  The process using the Radio-Frequency spectrum for Transmitting and Receiving Voice, Data and Video Signals by which information(s) are shared is known as Wireless CommunicationThe RF Frequency Range is 433.92 MHz, ISM band with AM and High Performance SAW based architecture with a maximum range of 100 feet at 4800 BPS data rate

ABOUT THE PROJECTThis is a most advanced communication-jamming device being used by many developed countries. Using this jammer all radio communications will be parallelized including radio, wireless, TV, 
Kit includes Frequency jammerAntenna
RADIO JAMMINGRadio jamming is the transmission of radio signals that disrupt communications by decreasing the signal to noise ratio. Unintentional jamming occurs when an operator transmits on a busy frequency without checking that it is in use first, or without being able to hear distant stations on the same frequency. Another form of unintentional jamming occurs when equipment accidentally radiates a signal, such as a cable TV plant that accidentally emits on an aircraft emergency frequency.Intentional communications jamming is usually aimed at radio signals to disrupt control of a battle. A transmitter, tuned to the same frequency as the opponents' receiving equipment and with the same type of modulation, can with enough power override any signal at the receiver. The most common types of this form of signal jamming are random noise, random pulse, stepped tones, warbler, random keyed modulated CW, tone, rotary, pulse, spark, recorded sounds, gulls, and sweep-through. These can be divided into two groups – obvious and subtle.Obvious jamming is easy to detect as it can be heard on the receiving equipment. It is some type of noise such as stepped tones (bagpipes), random-keyed code, pulses, erratically warbling tones, random noise (hiss) and recorded sounds. The purpose of this type of jamming is to block out reception of transmitted signals and to cause a nuisance to the receiving operator. One early Soviet attempt at jamming western broadcasters used the noise from the diesel generator that was powering the jamming transmitter
HISTORY OF JAMMINGDuring World War II a variation of radio jamming was used where ground operators would attempt to mislead pilots by false instructions in their own language. Radar jamming is also important to disrupt use of radar used to guide an enemy's missiles or aircraft. Modern secure communication techniques use such methods as spread spectrum modulation to resist the deleterious effects of jamming.Jamming of foreign radio broadcast stations has often been used in wartime (and during periods of tense international relations) to prevent or deter citizens from listening to broadcasts from enemy countries. However such jamming is usually of limited effectiveness because the affected stations usually change frequencies, put on additional frequencies and/or increase transmission power. During the Cold War Soviet jamming of Western broadcasters led to a "power race" in which broadcasters and jammers alike repeatedly increased their transmission power and added extra frequencies to the already overcrowded shortwave bands to such an extent that many broadcasters not directly targeted by the jammers (including pro-Soviet stations) suffered from the rising levels of noise and interference. Meanwhile some listeners in the Soviet union and Eastern bloc devised ingenious methods (such as homemade directional loop antennas) to hear the Western stations through the noise

ANALOG DEVICES, DSP BLACKFIN BF31 STARTER KIT               The Board is mainly designed for Signal and Image Processing Applications. The Board evaluating, most of the peripherals like EBIU, Timers, Programmable flags and 
SPI of the BF532 Processor. The board provides connectors for SPORT and PPI Interfaces for connecting to Video and Audio Peripherals. It has provided an external SPI 
connector for programming the on-Board SPI flash by using External Microcontrollers.  KEY FEATURES •  128Mbit SDARM. •  1Mbyte Flash. •  256KB Spi Flash Program Memory. •  UART for Serial Communication. •  27MHz On-Board crystal. •  32.768 KHz RTC. •  Output Led’s Timers and RTC. •  Programmable Flags (For External I/O). •  JTAG Connectors. •  Asynchronous Memory Connector. •  Power LED and general-purpose LEDs. •  Reset pushbutton.  BENEFITS •  RTOS Support. •  Evaluate Real Time Signal & Image Processing Applications. •  JTAG Debugging.  BLACKFIN – BF 532 •  Memory     :  16K byte  Instruction SRAM/Cache  32K byte  Instruction SRAM  + Data SRAM/Cache 32K byte  •  Clock       : Up to 400 MHz •  Dynamic power Management.  KIT INCLUDES •  Evaluation Board () •  5V Power Adaptor •  RS232 Serial Cable,  •  Spi Programmer (Optional) •  CD : Examples, Datasheet, Software’s, utility 

Now a day, communication systems are more increasing with growing demands. Particularly wireless communication is widely used to connect long distances. Antennas are the main devices to transmit or receive the signal.The direction of the antenna has to be adjusted according to the direction of propagation. Manually we can adjust the direction of antenna but it is tedious job, as we cannot check the signal because the system will be at different place. So we need a second person to check the Manual method. For the household purpose, manual method can be used because of small size antennas and also small distance from antenna to the system. Bigger antennas are used for satellite communication and other applications. Whenever the signal strength is reduced or absent of signal makes the controlling unit active and thus it searches the entire direction to get the maximum signal and there it fixes the antenna in that particular direction so that the exact line of sight is maintained. In this project we are using stepper motor to change the antenna direction, driven by micro controller. The controller generates the step sequence using firmware.  Here the two antennas are used to search for the signal to minimize the searching time as well as absence of the signal, which may lead to the cancellation of transmission.  So that the antenna position system is able to avoid the manual antenna positioning.  

ARM  Evaluation  Kit, ARM7 (LPC2148)NXP’s  ARM7 (LPC2148), ARM  Evaluation  Kit is proposed to smooth the progress of developing and debugging of various designs encompassing of High speed 32-bit Microcontrollers. It integrates on board two UARTs, provision to LCD/GLCD display, LEDs, ADC inputs and Wireless Modules to create a stand-alone versatile test platform. User can easily engage in development in this platform, or use it as reference to application development.     KEY FEATURES •  Wireless Module I/F: Zigbee - XBee | XBeePro (Digi) : Bluetooth (SENA-ESD02) •  MEMS Module I/F  : MMA7260A  •  Display Interface  : 2X16 Character LCD  128x64 GLCD (Touch Panel Driver)•  Digital Output  : 4 Nos. Point LEDs  •  Digital Inputs  : 4 Nos. Digital Input  •  On-Board ADC Test (Potentiometer) •  On-Chip RTC (Battery-Backup) •  2 Nos. UART (RS232) | USB 2.0 Device  (Virtual Port) •  DAC output Termination •  10-pin FRC Connector (Serial Ethernet) •  2 Nos of 20-pin Expansion Connector •  JTAG Header (Program/Debug)  | ISP Programmer •  General Purpose Solder Area  BENEFITS •  UCOS-II RTOS Support •  Evaluate Real Time Applications •  ISP Programming / JTAG Debugging •  Facility to interface external devices  LPC2148 •  Devices  :  LPC2148 (ARM7TDMI-S Core) •  Memory :  512K FLASH | 32K+8K SRAM  •  Clock   :  12MHz crystal (On-board)  KIT INCLUDES •  ARM7 –(LPC2148FBD64-TQFP) Evaluation Kit •  RS232 Cable | USB Cable •  CD Contains: User Manual, Code, Programmer, IDE, Datasheets 

ABOUT THE PROJECTAn Embedded Micro controller kit with gate model will be available. First the vehicle, the Car / Vehicle will come, the Car / Vehicle will have an IR Sensor. Another IR Sensor will be in the gate. So now the Kit identifies that a vehicle has come. The number of maximum available car / Vehicle parking space will be defined and pre programmed in the embedded Micro controller kit, for example, lets say – 6 numbers. Assume, if already 3 Cars / Vehicles are parked there, so it will compare – Existing 3 Cars / Vehicles plus one new car, 4th Space. It will be compared with the maximum number of available space, 4 < 6, so it will display the message in the LCD “You have a Parking Space Available”. There will be a gate for Entry / Exit point for the car / Vehicle. Once after the message is displayed, the LCD will display the IN TIME, of the VehicleIf the parking space is full, it will calculate the space availability and display the message “Parking Space – Full, Please Wait”There will be Numeric keypad and the user has to enter / select the vehicle type, for ex – 1 for Car, 2 for Van, etc., so now the LCD will display the Rates for the Vehicle types automatically in the LCD Screen, for ex - 1 for Car – Rs.20 / Per Hour, 2 for Van – Rs.30 / Per Hour. Once the user selects the option, it will display the ID Number and amount paid. Tariff charges can be payment-based using Debit or dedicated cardAt the Exit gate, OUT TIME, will be displayed and the In time and Out time difference will be automatically calculated and based on the time difference, let say – if it is less than one hour, it will open the gate. Otherwise display the balance amount, which needs to be paid and once the user pays it will open the gateIn this Project, we will use Toy cars / vehicles only with use of IR Sensors, LCD Display with the Embedded Micro controller

Automated Toll Collection is the latest technology, aims to eliminate the delay on toll roads. It is a technological implementation of a road pricing concept. It determines whether the vehicles passing the tolls are enrolled in the program, if yes it will deduct the amount automatically - debits electronically the accounts of registered vehicles without their stopping, or even opening a window and check the vehicle details correctness and if it is not a registered vehicle or having incorrect details alerts the toll people and close the gate automaticallyAutomated Toll collection systems rely on three major components, namely Automated Vehicle Identification, Transaction Processing, and Violation checking & alertAutomated Vehicle Identification (AVI) is the process of determining the identity of a vehicle subject to tolls. Most current systems rely on radio-frequency identification (RFID), where an antenna at the toll gate communicates with a transponder on the vehicle via Dedicated Short Range Communications (DSRC). RFID tags have proved to have excellent accuracy, and can be read at highway speedsTransaction Processing deals with maintaining customer accounts, posting toll transactions and customer payments to the accounts. The transaction processing component of some systems is referred to as a "Customer Service Center".A Violation checker is useful in reducing unpaid tolls as well as check the correctness of the vehicle.In this the most advanced project, we are implementing the fully automatic gate control system, which will recognize a vehicle, proceed towards the gate by using active RF ID system from a distance as far as 100 feet. The vehicle transmits digital data ID to the base unit upon the receipt of request signal from the base station. The highly secured 32 bit RF ID data is transmitted and received using Manchester RF protocol. The project consists of two active RF tag, a stepper motor will act as gate opener / closer. A relay output is also provided to drive a siren. Once the RF tag is not authorized it will automatically close the gate 
Radio Frequency IDentification (RFID) is an automatic identification method, relying on storing and remotely retrieving data using devices called RFID tags or transponders. Chip-based RFID tags contain silicon chips and antennas. Passive tags require no internal power source, whereas active tags require a power source
Types of RFID tagsRFID cards are also known as "proximity" or "proxy" cards and come in three general varieties: passive, semi-passive (also known as semi-active), or active
The RFID systemAn RFID system may consist of several components: tags, tag readers, edge servers, middleware, and application softwareThe purpose of an RFID system is to enable data to be transmitted by a mobile device, called a tag, which is read by an RFID reader and processed according to the needs of a particular application
Current practical usage & applications of RF ID system· Passports· Transport paymen· Product Tracking· Automotive· Animal identification· inventory systems
KIT INCLUDES· Two active RF ID Tx· Receiver Rx· Antenna· Microcontroller Unit· Stepper Motor Drive· Stepper motor with Gate Model mechanism · RS 232 output
TOOLS· MPLAB / Keil C Compiler· Flash Programmer· Hardware Circuit Design· Source Code Development· Languages Used: Visual Basic for GUI

BLUETOOTH ENABLED ICU CARE TAKER LIFE SUPPORT SYSTEMWireless RF 433.92 MHz, 4800 BPS, ISM BandICU stands for Intensive Care Unit, a place in the hospital where very ill patients are monitored very closely. Typically, the patient-staff ratio is very low and the LIFE-SAVING EQUIPMENT used is very advancedGenerally ICU is a hospital facility for provision of intensive nursing and medical care of critically ill patients, characterized by high quality and quantity of continuous nursing and medical supervision and by use of sophisticated monitoring and resuscitative equipmentThe patients in the ICU need a constant monitoring of their ECG, Temperature, BP and heart beat. This project is a working model, which incorporates sensors to measure important parameters namely the Temperature, Respiratory temperature, BP, Heart Beat and ECG. The sensors are inteBluetoothaced to computer, so that the condition of a patient can be analyzed by doctors in any part of the hospital wherever they are. Whenever there is an abnormality felt by the patient, the particular patient will give an alarm signal, by which the doctor can rush to the patient. Even when the patient is in an unconscious condition, all the parameters will be sensed and doctor will be cautioned, thus it reduces doctor’s workload and also gives more accurate results. Our project is a working model which incorporates sensors to measure all these parameters like body temperature, Respiratory Temp, Saline Status, ECG and Heart Beat rate and transfer it to the computer, so that the patient condition can be analyzed to by doctors in any part of the hospital wherever they are. Thus it reduces doctors work load and also gives more accurate results, wherever there is an abnormality felt by the patient, we have also incorporated saline monitoring system which gives an alarm when the saline bottle about to empty. 
BLUETOOTH BASED ICU CARE TAKER – LIFE SUPPORT SYSTEM, PARAMETER MONITORING DETAILS· ECG MONITORING · HEART BEAT RATE MONITORING· BLOOD PRESSURE MONITORING· BODY TEMPERATURE · RESPIRATORY SYSTEM· INTELLIGENT MEDICINE REMAINDER · SALINE LEVEL MONITORING · PATIENT CALLING SWITCH· ATTENDANCE MARKING FOR DOCTORS / NURSE · VALUES (SET VALUES FOR MIN, MAX) FOR HEART BEAT, ECG, BP, BODY TEMPERATURE, RESPIRATORY· SMS FACILITY
THE MAIN FEATURES OF THIS PROJECT ARE• All the Parameters can be viewed on the Mobile phone• 8 independent analog channels available, for future Enhancements• Saline status is displayed in the monitor• On-line graphics for selectable parameters• On-line recording of all process parameters in the interval selectable by the user, which is most useful for future analysis and failure detection.• State-of-the art technology system • Supports innumerable sensors to the system• Automatic telephone alert incase of emergency• Most reliable and cost effective method for protecting your home• Please note that the BLUETOOTH frequency mentioned here is based on license free ISM band frequency, which is allowed world wide• Digitally coded transmitters are used for maximum security. No FM Radio Frequency is used because FM becomes more traffic and illegal for transmission
WIRELESS BLUETOOTHRadio Frequency A range of electromagnetic frequencies above sound and below visible light, generally in the 30Khz to 300GHz range, used for all broadcast transmission including AM and FM radio, television, short-wave, microwave, and satellite transmissionsHigh PeBluetoothormance SAW based architecture with a maximum range of 100 feet at 4800 BPS data rate, with the operating frequency of 433.92 MHz, ISM Band and Amplitude Modulation

BLUETOOTH EVALUATION KITBLUETOOTH EVK is powered by Parani-ESD200 and Parani-ESD210 are Class 2 type of Compact Embedded Bluetooth Serial Modules for RS-232 cable  replacement. By default, 
they support 30 meters of wireless transmit distance. The Parani-ESD210 has an extension option so that users can extend the transmit distance up to 300 meters using 
optional antennas. Users may configure the Parani-ESD Series by  using easy-to-use Windows-based utility software or by using standard AT command set.  GENERAL FEATURES •  Output Interface UART, Compliant Bluetooth Specification v1.2- improved AFH(Adaptive Frequency Hoping), Fast connection •  Transmit Power - ESD200/210 : Max. +4dBm •  Receiving Sensitivity - ESD200/210 : -80dBm(0.1¿R) •  Provides transparent RS232 serial cable replacement. •  Supports Bluetooth Serial Port Profile. •  Interoperability with PDA, laptops etc. •  Built-in chip antenna included •  Firmware upgrade via windows-based software  •  Working distance ( In an open field ): Parani-ESD200: Class 2, Nom. 30meters / Parani-ESD210: Class 2, Nom. 30meters, up to 300m using patch antenna •  Easy to use Windows configuration tool available. •  No external drivers required. 
BLUETOOTH INTERFACE •  Bluetooth v1.2 | - Class 2 •  Level - Max. 4 dBm •  Protocols - RFCOMM, L2CAP, SDP •  General Access Profile, Serial Port Profile •  Working distance •  ESD200 - Nominal 30 meters  BASE BOARD SPECIFICATIONS •  On-Board Voltage Regulator  •  Data Flow Indicators (PSS) •  Power ON status Indication LED. •  DB9 Connector for PC or MCU Interface. •  USB connection provides both power and a serial link.  KIT INCLUDES •  Bluetooth Evaluation Kit •  Communication Cables •  CD Contains: Datasheets | software | App notes 

The Scope of this Project is to develop a Hi end technology oriented system, which constantly monitors the health status of a person and if any abnormalities found, the data will be immediately transferred to the nearest location and the appropriate action can be taken The Project is a working model, which incorporates the following sensors, which was networked called as ‘Embedded Biomedical Sensors Network’ – ECG Sensor, Heart Beat Sensor, Body Temperature and Respiratory Temperature. We will have a Coat, which is called as Biomedical Wearable Coat, which will have the sensor network of ECG Sensor for ECG Monitoring, Heart Beat Sensor for Heart / Pulse rate Monitoring, Body Temperature Monitoring and Respiratory Temperature, fixed in the Coat and easy wearable and operated through 9V Battery
HEART BEAT RATE & MONITORINGHeart rate is a term used to describe the frequency of the cardiac cycle. It is considered one of the four vital signs. Usually it is calculated as the number of contractions (heart beats) of the heart in one minute and expressed as "beats per minute" (bpm). When resting, the adult human heart beats at about 70 bpm (males) and 75 bpm (females), but this rate varies among people. However, the reference range is nominally between 60 bpm (if less termed bradycardia) and 100 bpm (if greater, termed tachycardia). The pulse rate (which in most people is identical to the heart rate) can be measured at any point on the body where an artery is close to the surface, such places like wrist & finger
ECG MONITORINGA recording of the electrical activity of the heart. A painless test during which electrodes are placed on the chest to monitor and record the electrical impulses that causes the heart to beat. By examining the pattern of impulses, a doctor can diagnose rhythm abnormalities such as atrial fibrillation or other heart problems, such as heart attackWe will use 3 Op AMP circuits and take three different data readings, which will display 3 different signals. Once these signals are displayed in a screenParameters Intervals - PQ, PR, QRS, QT, RT, ST, RRAmplitudes - P, Q, R, S, T wavesOther Parameters - # Abnormals, # Normals, QTD (QT dispersion), HR (Heart Rate)
Three Electrode SystemRA, LA, and LL, for bipolar leads 1,2,3, one pair is selected for monitoring and the other one is used as a ground. For augmented leads avR, avL, avF, one is exploring lead and the other two are connected to Zero potential.Rate – 60 to 100 per minute, with less than 10% variation
BODY TEMPERATUREBody temperature is a measure of the body's ability to generate and get rid of heat. The body is very good at keeping its temperature within a narrow, safe range in spite of large variations in temperatures outside the bodyA normal body temperature is usually referred to as an oral temperature of 98.6 °F (37 °C), but that is an average of normal body temperaturesThermistor is used for the measurement of body temperature. This thermistor is a passive transducer where output depends on the excitation voltage applied to it. We have arranged the thermistor in the form of potential driver in the circuit. 

Existing System: The Black BoxThe Black Box in the cockpit is only been elemental in recording the audio part, happening in cockpit and apparently the control station at the ATC obtains the deferred data as explained by Pilot and thus there is no automated system to obtain the instantaneous reports happening there. Moreover if the Pilot the asks for the replay of the process that had gone through, in his past-journey span while on-board and still at traveling, its not possible for the Base Station to relay the Replay of the information.
Proposed System:Here we propose a system of automated information to be available to the Base, and also the instantaneous Relay of the Alert Levels and the Replay of the course of journey, the pilot had covered till the time back to him.
Implementation:We split the project into 3 parts:1. The Pilot’s side.2. The External Hardware implementation.3. The Control Base at ATC.
The Pilot-Side:It consists of the interfaced software so as the Pilot to interact with the system and the Sensors to give the details of the Speed, Flight-Level, and the Global Co-ordinates. It also consists of an internal system to define its Call Sign (the name of the Flight) and the Unique Code for authentication of the Flight. All the above details are sent to the Base-Station by Position implementation.The External Hardware Implementation:Its consists of the Transceiver(a Transmitter-Receiver pair) employed at both the Pilot and the Control Base side, the RS232C serial port, to read the received information, and an Embedded Microcontroller to convert the RS232C signal into CPU commands.
The Control Base at ATC:Consists of the User Interface, The Database, The Read-File, and The Static Map File. Here it accumulates all the incoming informations from the Microcontroller, and Stores it into the database. It the then updates the User-Interface and simultaneously the Static Map, by mapping the Co-ordinates and other Dynamic Details into the Static Map. The whole process is converted into a Read file, that contains all the Dynamic and Static Parameters. Any Replay request from the pilot or the Alert Levels is taken into account and Relayed to the Pilot taken from the Read-File. The Sampling Rate is expected to be 0.33samples/sec, which makes it that we have a sample in every 3 seconds.
Requirement Specifications:Hardware Requirements:· Transceivers· RS232C serial port· PIC Embededed Microcontroller· PIV-Specifications Based Systems.
Software Requirements:· VB· PIC Microcontroller Simulator

An Industrial Robot is a re-programmable device which is designed to both manipulate and transport parts, tools, or used for specialized manufacturing implementations through variable programmed motions for the performance of specific manufacturing tasks
ADVANTAGES OF USING ROBOT• The ROBOT is a basic tool for automation and will be of great use to perform repetitive tasks of picking and placing in an industrial production line• Its use can be extended and exploited by few modifications to do difficult and hazardous tasks for nuclear applications• It can be used to do work effectively due to its great-added accuracy which will results the quality improvement in the work
ABOUT OUR PROJECTIn manufacturing industry, a large fraction of the work is repetitive and judicious application of automation will most certainly result in optimum utilization of machine and manpower, Here our ROBOT plays a vital dual roleOur ROBOT is a Wireless, Artificial Intelligence based Mobile Robot with multi specialty approach. It is a voice controlled / speech recognition Robot, which understand the commands from the user and will act accordingly.Basically it will have facilities such that it can move in any direction, say right, left, forward, backward etc. the commands will be received from the keyboard – Wireless or Voice commands – Yes, the Robot will recognize the Trained set of Voice commands and move to the specified directions.Another main function of our multi specialty robot is fire security function – Fire Fighting, which is a system of putting together motors, solenoids, and wires, among other important componentsOur Robot is used to extinguish the fire in case of Fire Accidents. The movement of the Robotics controlled by means of stepper motor, which is involved in the major application of Robotics field.  Our Robot also consists of a Solenoid, which is actuated to pour the water whenever it senses the Fire.  This project is divided into modules for better understanding of the circuit. Another Feature is Obstacle Sensing, Direction Changing and Collision avoidance, this is also the very important and lively feature of the Robot
SPECIAL FEATURES & POWERS OF THE ROBOT• VOICE CONTROL / SPEECH RECOGNITION• WIRELESS MOVEMENTS – FORWARD, REVERSE, RIGHT & LEFT• 360 DEGREE ROTATION – ANY ANGLE FREE MOVEMENTS FOR ALL AXES • VOICE CONTROLLER OR VOICE RECOGNITION FOR DIRECTION CHANGING• OBSTACLE SENSING AND COLLISION AVOIDANCE• DIRECTION SENSING & CHANGING• MICROCONTROLLER – FLASH & EEPROM• MECHANICAL MODEL WITH WHEELS FOR REAL TIME OPERATIONS• STEPPER MOTOR, STEPPER POWER SUPPLY BOARD• OPTOCOUPLER WITH STEPPER DRIVER BOARD• SENSORS – TEMPERATURE, FIRE, INTRUDER / OBSTACLE • SPI - RS 232 CONVERTERS• POWER SOURCE• WIRELESS SOLUTIONS – RF• RF Rx – Tx MODULE - 433.92 MHZ (FT-COM-RX2), BANDWIDTH – 4MHz• RF Rx – Rx MODULE - 433.92 MHZ (FT-COM-RX2), BANDWIDTH – 4MHz
WIRELESS COMMUNICATIONThe process using the Radio - Frequency spectrum for Transmitting and Receiving Voice, Data and Video signals by which information(s) are shared is known as Wireless Communication
FEATURES OF THE ROBOT• Ours is a Wireless ROBOT with Wireless Movements• It can move from one location to another location• Ours is an industrial ROBOT, Controlled by the PC• It is also a Mobile Robot which has got certain artificial intelligence feature• The artificial intelligence facility helps the ROBOT to detect any obstacle and deviate from the obstacle path and move in a different direction• Another unique concept about our ROBOT is that it can sense any fire and detect the fire• It can also the put off the fire  

OVERVIEW OF TIME & ATTENDANCE, LIBRARY MANAGEMENT SYSTEMAttendance Management System is an easy way to keep track of organization’s attendance records.  It also works very well as a member database.  Time & attendance systems are software and hardware that replaces the old-fashioned paper time sheet. In general these systems help college management to keep track of which student is present and absent. With the power of modern computing behind them, however, the capacity for time & attendance systems to serve multiple needs is enormous, granting ease of use and efficiency to today's College ManagementThe program was developed with three main goals in mind· Versatility· Ease of use· Security
The above concept is implemented in the following application – Students attendance monitoring, updation and Report Generation. Having / Promoting regular attendance is a key component in the Colleges strategy to raise educational standardsAttendance monitoring is a frequency which monitors whether a person is present or not, "a student's attendance is an important factor for his / her grade". Attendance Monitoring and updation success is based on its ability to meet colleges' complex attendance needs.  The attendance-tracking module provides colleges with the flexibility to choose the data capture methods most suited to their requirements
ATTENDANCE MANAGEMENT SYSTEM FEATURESIn addition to keeping track of attendance records, the software has the following features• Maintains a running list of members who are absent and present• Store information about each student - phone number, address, and any other information• Early warnings of Poor attendance • Greater efficiencies and the speed of reporting enable the college management will be more effective and proactive• Early warning of truancy is achieved using distributed reports • Quickly identify non attending students to provide help and parental care• Full security and accuracy of entering attendance data
THE MAIN MODULES OF THE PROPOSED SYSTEM• STUDENT REGISTRATION AND MANAGEMENT• STUDENT TIME AND ATTENDANCE MONITORING• LIBRARY MANAGEMENT SYSTEM• STUDENT MARKS MANAGER• FEE DETAILS• BLOOD GROUP INFORMATION
REPORTS • Attendance Report• Late Report • Leave Report • Library usage Report
FINGER PRINT APPLICATIONS• Transport Industry• Access Control• Financial Management• Health Care Management and Wherever, whenever the transaction time is need to be low
REQUIREMENTS• PC running MS Windows 98/2000/XP• USB / Serial port• Finger Print Scanner• PIC IC• MPLAB software• PIC Programmer

A fingerprint is an imprint made by the pattern of ridges on the pad of a human finger. These ridges are commonly believed to provide traction for grasping objects. Fingerprints are usually considered to be unique, with no two fingers having the exact same friction ridge characteristics. A person's fingerprint can be used as a biometric method to identify human individualsWith the advent in technology, the existing systems are developed to have in built intelligence. This is of greater importance in places where human identity is required. The manual authentication and human intervention of the present systems has been replaced by digital means. Of all the digital systems, Embedded Technology predominates as it overcomes the drawbacks of all the existing mechanical and electronic systems.The Fingerprint Scanner is interfaced to the USB port of the PC, which keeps track of the Identification. This setup acts as Master and connected to salve system hardware via serial port. 
FINGERPRINT RECOGNITIONAmong all the biometric techniques, fingerprint-based identification is the oldest method which has been successfully used in numerous applications. Everyone is known to have unique, immutable fingerprints. A fingerprint is made of a series of ridges and furrows on the surface of the finger. The uniqueness of a fingerprint can be determined by the pattern of ridges and furrows as well as the minutiae points. Minutiae points are local ridge characteristics that occur at either a ridge bifurcation or a ridge ending
WHAT IS FINGERPRINT SCANNING?Fingerprint scanning is the acquisition and recognition of a person’s fingerprint characteristics for identification purposes. This allows the recognition of a person through quantifiable physiological characteristics that verify the identity of an individual.There are basically two different types of finger-scanning technology that make this possible. One is an optical method, which starts with a visual image of a finger. 
The other uses a semiconductor-generated electric field to image a finger. There are a range of ways to identify fingerprints. They include traditional police methods of matching minutiae, straight pattern matching, moiré fringe patterns and ultrasonics
ABOUT THE PROJECTFingerprint Locker Control SystemMost locker systems today still have locks, or in some cases use padlocks, which makes managing lockers and keys a hassle.Therefore we came up with an innovative solution to use fingerprints for assigning of lockers to users. The user does not even need to remember the locker number. We can end those hassles by installing a fingerprint locker control system. There are no keys to manage and locker users can register for a locker and enroll and delete their fingerprints without the need for an attendant.With a simple touch of a finger, we can register for a locker and open the locker with ease and best of all there are no keys to manage. In addition to the convenience of keyless operation people using the locker have the added security of knowing that only their fingerprint can open their locker
Software Involved· Visual basic for communication and identification· Assembly language for Microcontroller· Database Access for storing Images
Hardware Involved· PC with windows 9(X) OS· Microcontroller· Polling unit· Regulated Power supply· Buzzer with Driver

Some costly / imported equipments, products, machines in any laboratory or industry are restricted for everybody to use. Only a few highly skilled, well-trained & authorized persons are allowed to handle those equipments. In this case all these products cannot always be kept in a secret place or in a locked room & use it. They need to be kept in a common place. Some time service persons have to attend it, so these product cannot be hidden. The only method is to adopt the best possible equipment control system.In the above system we assign different finger print impression for different equipments. When that finger is put on the sensor that particular machine alone starts working. Again when the same finger is put on the sensor the same equipment goes off. Same way 5 or more equipments can be controlled individually. Thus no stranger, or unauthorized persons can handle that equipment though it is kept in front of everybody. This is again 100% foolproof. Any change has to be done can be done only with the knowledge / permission of the system administrator. Any number of individuals can be added to the database & also the administrator can deny anybody any time.All communications & status of the operation of the equipment is available on the system monitor for general information. ON time, OFF time & duration of ON or OFF time if needed can be stored for further reference.

FOUR ZONE SECURITY SYSTEMS
This Product is a Complete Burglar Alarm System. The complete burglar alarm system is a Four Zone Monitoring System. A zone may be described as a collection of sensors encircling a specific location, be it a room or an area in a factory or in large open ground. The zones are monitored by using various commonly available sensors. If a zone is interrupted, the sensor would produce a signal indicating the intrusion. Based on this signal, the system will trigger an alarm. The reset button must be pressed within 30 seconds after any entry to deactivate the alarm

FPGA, VLSI Xilinx’s SPARTAN3AN KITXilinx’s SPARTAN3AN, EVB  is proposed to smooth the progress of developing and debugging of various designs encompassing of Spartan-3A FPGA family plus leading 
technology in-system Flash memory for configuration and nonvolatile data storage. User can easily engage in development in this platform, or use it as reference to 
application development.   KIT FEATURES:  •  8 Nos. Slide Switches for digital inputs •  8 nos. of Point LEDs for Digital outputs •  2x16 Character LCD interface •  5x1 Matrix Keypad interface •  RS-232 Serial Port. •  12-Bit SPI ADC •  12-Bit SPI DAC •  Buzzer •  50 MHz crystal oscillator clock source •  40-pin I/O connector for interface external peripherals modules •  On-board 5V, 3.3V and 1.2V regulators.  Supports: •  Xilinx ISE •  Xilinx EDK  FPGA Module •  Device : SPARTAN3 (XC3S200-TQ144) 200,000-gate Up to 97 user defined I/O signals •  Memory : 4MB – PROM •  32MB – SRAM •  Clock : 50MHz crystal | Max : 200MHz  KIT INCLUDES •  XC3S200(SPARTAN3 FPGA) Kit •  RS232 Cable  •  CD Contains: Examples, ISP Programmer, IDE, Datasheets 

FPGA Xilinx’s SPARTAN3AN kitXilinx’s SPARTAN3AN, EVB  is proposed to smooth the progress of developing and debugging of various designs encompassing of Spartan-3A FPGA family plus leading technology in-system flash memory for configuration and nonvolatile data storage. User can easily engage in development in this platform, or use it as reference to 
application development.                
KIT FEATURES:  •  8 Nos. Slide Switches for digital inputs •  8 nos. of Point LEDs for Digital outputs •  2x16 Character LCD interface •  2 Nos. of Seven-segment display •  2x2 Matrix Keypad interface •  RS-232 Serial Port. •  SRAM (Two 256K x 16) •  VGA Interface •  PS/2 Interface •  50 MHz crystal oscillator clock source •  10-pin I/O connector for interface external peripherals modules •  On-board 5V, 3.3V and 1.2V regulators.  Supports: •  Xilinx ISE •  Xilinx EDK  FPGA Module •  Device : SPARTAN3 (XC3S200-TQ144) 200,000-gate Up to 97 user defined I/O signals •  Memory : 4MB – PROM •  32MB – SRAM •  Clock : 50MHz crystal | Max : 200MHz  KIT INCLUDES •  XC3S200(SPARTAN3 FPGA) Kit •  RS232 Cable  •  CD Contains: Examples, ISP Programmer, IDE, Datasheets 

MODULES OF THE PROPOSED SYSTEM1. ACCESS CONTROL2. TIME & ATTENDANCE MANAGEMENT
FINGER PRINT IDENTIFICATION BASED AUTHENTICATION ACCESS CONTROL SYSTEMThis module is use to determine the entry and access of an individual in a particular room. This module has a Finger Print Reader wherein the user has to Register his / her fingerprint – Thumb impression and it will be stored in the Database of the application. Whenever, If the user wants to enter into the room, they have to register / check their finger print and optical signal is transmitted and it will be verified. Once the data is matching he / she will be allowed to enter into the room / or the particular service
OVERVIEW OF TIME & ATTENDANCE MANAGEMENT Attendance Management System is an easy way to keep track of organization’s attendance records.  It also works very well as a member database.  Time & attendance systems are software and hardware that replaces the old-fashioned paper time sheet. In general these systems help college management to keep track of which student is present and absent. With the power of modern computing behind them, however, the capacity for time & attendance systems to serve multiple needs is enormous, granting ease of use and efficiency to today's College ManagementThe program was developed with three main goals in mind· Versatility· Ease of use· Security
The above concept is implemented in the following application – Employee attendance monitoring, updation and Report Generation. Having / Promoting regular attendance is a key component in the Industrial strategy to raise working standardsAttendance monitoring is a frequency which monitors whether a person is present or not, "a Employee attendance is an important factor for his / her grade". Attendance Monitoring and updation success is based on its ability to meet Industries complex attendance needs.  The attendance-tracking module provides Industries with the flexibility to choose the data capture methods most suited to their requirements
ATTENDANCE MANAGEMENT SYSTEM FEATURESIn addition to keeping track of attendance records, the software has the following features• Maintains a running list of members who are absent and present• Store information about each student - phone number, address, and any other information• Early warnings of Poor attendance • Greater efficiencies and the speed of reporting enable the college management will be more effective and proactive• Early warning of truancy is achieved using distributed reports • Quickly identify non attending Employee to provide help and parental care• Full security and accuracy of entering attendance data
THE MAIN MODULES OF THE PROPOSED SYSTEM• EMPLOYEE REGISTRATION AND MANAGEMENT• EMPLOYEE TIME AND ATTENDANCE MONITORING
REPORTS • Attendance Report• Late Report • Leave Report 
FINGER PRINT APPLICATIONS• Transport Industry• Access Control• Financial Management• Health Care Management and Wherever, whenever the transaction time is need to be low
REQUIREMENTS• PC running MS Windows 98/2000/XP• USB / Serial port• Finger Print Scanner• PIC IC• MPLAB software• PIC Programmer

An automated teller machine or automatic teller machine (ATM) is a computerized telecommunications device that provides a financial institution's customers a secure method of performing financial transactions in a public space without the need for a human clerk or bank teller.Using an ATM, customers can access their bank accounts in order to make cash withdrawals (or credit card cash advances) and check their account balances. Many ATMs also allow people to deposit cash or checks, transfer money between their bank accounts, pay bills, or purchase goods and services. On most modern ATMs, the customer identifies him or herself by inserting a plastic card with a magnetic stripe or a plastic smart card with a chip, that contains his or her card number and some security information, such as an expiration date or CVC (CVV). The customer then verifies their identity by entering a passcode, often referred to as a PIN (Personal Identification Number) of four or more digits. Upon successful entry of the PIN, the customer may perform a transaction. After the transaction is complete, a transaction record is printed, usually consisting of the action taken, date and time, location, any applicable fees, and available balance.If the number is entered incorrectly several times in a row (usually three attempts per card insertion), some ATMs will attempt to retain the card as a security precaution to prevent an unauthorized user from discovering the PIN by guesswork. Captured cards are often destroyed if the ATM owner is not the card issuing bank, as non-customer's identities cannot be reliably confirmed. In some cases, a transaction may be performed at the ATM that allows the customer's PIN to be changed securelyIn our Project, we are going to design Computer based Finger Print enabled ATM System – Design & Implementation. We are going to have a Finger Print scanner, which will register the Customers details & Customers ATM Details. To access the ATM, the Customer will scan his / her finger, if it matches, then his / her details will be displayed in the Computer like the Balance Amount the user have in his / her account. Once the details displayed the user can enter the amount, which he / she needs to withdraw, the amount will be automatically detected from the total balance and the final balance will be displayed. Similarly if the finger print not matches, then it will given alarm. If the user is not registered, it will show the message that, you are not the authorized user to access the ATM

GPS Kit - GPS Module The GPS Kit is a high sensitivity, ultra low power consumption and low cost GPS Board. It has 44 channel GPS receivers and Atheros chipset solution to track up to 20 satellites at a time while providing fast time-to-first-fix and 1Hz navigation updates. This hardware capability combined with software intelligence makes the board easy to be  integrated and used in all kinds of navigation applications or products. The module communicates with application system via RS232 or UART level with NMEA0183 protocol.  GPS Receiver  •  44 channel Atheros AR1511 positioning engine •  Ultra high sensitivity to -160 dBm •  Supports AGPS, WAAS, EGNOS and MSAS •  Support UART RS232 ports •  Support 5Hz position update rate capability @3D fix •  Low power consumption 65mA •  Backup battery •  Low position/velocity drift in static mode •  RoHS compliant (lead-free)  Other Features Chipset:   AR1511 Atheros GPS chip Frequency:  L1, 1575.42MHz Channels, C/A code 44, 1.023 MHz chip rate,  Accuracy:  Position 2.5 meters CEP | Time 1us rms (1 PPS) Acquisition   Cold start 35 sec, typical Rate:       Warm start 33 sec, typical  Hot start 1.3 sec, typical Dynamic   Altitude 18,000 meters (60,000 Feet) max. Condition  Velocity 400 Km/hr (1000 Knots) max.  BASE BOARD SPECIFICATIONS •  On-Board Voltage Regulator  •  Data Flow Indicators (PSS) •  Power ON status Indication LED. •  DB9 Connector for PC or MCU Interface FOR NMEA protocols. •  USB connection provides both power and a serial link, will show GPS NMEA data every second.  KIT INCLUDES •  GPS EVK with Module •  Communication Cables •  CD Contains: Datasheets | software | App notes 

GSM/GPRS Modem  is a multi-functional, ready to use, rugged and versatile modem for easy integration with RS-232  Interface. Options to connect phone handset by externally.  It is a perfect solution to use with SMS gateways, access internet while on the move and corporate communications (GPRS, Data transfer even in remote location). The modem is fully type approved and can directly be integrated into projects with any or all the features SMS.  
BASE BOARD SPECIFICATIONS •  On-Board Voltage Regulator  | Signal Indicators  •  Hands Free  •  RJ-11 connector for Phone head set interface •  DB9 Con for Host or MCU Interface, control by AT commands.  General Features  •  Tri-Band GSM/GPRS 900/1800/1900MHz or Quad-Band GSM/GPRS 850/900/1800/1900MHz  •  GPRS multi-slot class 10/8  •  GPRS mobile station class B  •  Compliant to GSM phase 2/2+  Class 4 (2W @ 850/900 MHz)  | Class 1 (1W @ 1800/1900MHz)  •  Control via AT commands (GSM 07.07, 07.05)   Specifications for Data •  PBCCH support •  GPRS class 10: max. 85.6 Kbps (downlink) •  PPP-stack | Coding schemes CS 1, 2, 3, 4 •  CSD up to 14.4 kbps | USSD 
Specifications for SMS via GSM •  Point-to-point MO and MT •  SMS cell broadcast | Text and PDU mode  Specifications for Fax •  Group 3, class 1  Specifications for voice •  Tricodec  Half rate |Full rate  | Enhanced Full rate  •  Hands-free operation (Echo suppression)  Interfaces •  Interface to external SIM 3V/1.8V •  Two analog audio interfaces •  RTC backup 
KIT INCLUDES •  Sim900 GSM/GPRS Evaluation Kit •  Communication Cables •  CD Contains: Datasheets | software | App notes 

Security System plays a vital role nowadays.  It has become necessary for every individual in our society, because today in newspapers, we are reading only about the robberies and Dacoits.  There may be a lot of reason for this.  But some of the reason may be due to the carelessness of the security guard who is in duty.  May be he got asleep, and during that time a thief may enter the area.  So if we can make the security to be alert all the times in his duty, we can avoid these situations.This will be very useful is to the society when implemented. This System, which we have designed, is used to supervise the security guards and night Watchmen. This ensures whether he is sincere and correct in his duty or not.  When he is not alert, our project will inform the owner by activating an alarm.Our System will first gives an visual and audio indication to the security for equal or Random intervals say about 2 – 90 minutes duration, who has to press the button immediately when noticing it.  He will be given a grace time to do that.  If he is not done, then our system will record this event in the systems Memory with complete details.  Later on our system has an option to view all these details in a report format.Also we have an option called LAPSE Alarm whose output can be connected to a hooter when the security has not responded two or more times.  This can be a indication to the Owner also.
PATROLLING:This is an extended feature of our project.  Here we can arrange the buttons in different areas of the building.  Once he gets the alert indication immediately he has to press all the Switches which is in different areas.  This makes the security guard to surveillance the entire area.
LIST OF MENUS• SET SYSTEM STATUS • VIEW LAPSE EVENTS• SET CLOCK• SET ALARM INTERVAL• SET GRACE TIME• SET LAPSE ALARM• SET AUTOMODE TIME 
FEATURES1. Easy install and operation modes.2. Interactive menus.3. Fool proof.4. Settings can be changed at any time.5. Auto and visual alert indication.6. Battery backup - records storage.7. Hooter, speech dialer can be connected.8. Random alarm interval.9. Useful auto mode.10. Data retention for upto 10 years.

In basic English usage, an infant is defined as a human child at the youngest stage of life, specifically before they can walk and generally before the age of one. It is very important to monitor the infant in the early stage. The main objective of our project is design a Infant Monitoring DeviceOur infant monitoring device includes a set of sensors connected to an alarm for alerting a Nurse / parents / Guardian when an infant is in a predetermined monitoring stageThe main sensors connected to the Device is1. CO2 / Smoke Sensor to sense and analyze the CO22. Temperature SensorThe CO2 Sensor, Temperature Sensor, Nurse alert switch & person entry sensor will be connected to the Signal conditioner circuit, which will be connected to the Microcontroller, which will analyze the conditions and respond to it. The data will be sent to the remote location using wireless RF Tx and if abnormal data sent, alarm will be givenIn the Receiver side, a PC will be connected to the Alarm and Wireless RF Rx to receive the data and give the Alarm output. The Objective of this Project is achieved through Embedded Systems, Microcontroller, Sensors, Wireless RF Tx / Rx and a PC. The proposed Embedded System performs tasks using the sensors, Wireless RF Transmitter and Receiver and sends the data to a PC through RS232 Cable
CO2 / SMOKE SENSINGThe CO2 of the room will be monitored and measured. If it exceeds the limit level, data will be sent to the remote location and alarm will be given
TEMPERATUREThermistor is used for the measurement of body temperature. This thermistor is a passive transducer where output depends on the excitation voltage applied to it. We have arranged the thermistor in the form of potential driver in the circuit. This thermistor exhibits a large change in resistance with a change in the body temperature. Initially hardware part is calibrated to room temperature. The thermistor part is attached to the patient whose temperature has to be measured, which changes the resistance value and thus the corresponding change in the temperature is displayed on the monitor. If the temperature exceeds the limit, the alarm, indicates it
NURSE CALLING SWITCHThe Nurse calling Switch consists switch which has to be pressed when the patient needs Nurse / Doctors attention
PERSON ENTRY SYSTEMIR Sensors will be fixed in the entrance to monitor the entry / exit system. If Any person enters into the Room, the data will be automatically sent to PC
EMBEDDED SYSTEMEMBEDDED SYSTEM is a combination of Software and Hardware. An Embedded system is a system, that has a computing device embedded into it. These are the controllers, processors, arrays or other hardware using dedicated (embedded) logic or programming (code) called “firmware” or a “microkernel Embedded systems are designed around a µC, which integrates Memory & Peripherals
WIRELESS COMMUNICATIONThe process using the Radio - Frequency spectrum for Transmitting and Receiving Voice, Data and Video signals by which information(s) are shared is known as Wireless Communication. This is the RF based Transmitter and Receiver module, which can facilitate the remote applications

MULTI CHANNEL TEMPERATURE CONTROLLER
This Product Digital Temperature controllers, which are designed to measure, display and control temperature with high accuracy. Different sensors are used for the desired temperature control range. This uses Microcontroller based Digital Circuitry and Four digit LED display for parameter indication and 4 digit for setpoint indication

MULTIDOOR CONTROL PANEL ACCESS CONTROL SOLUTIONS
This Product is a Multi Door Access Control System with a optional provision to interface Smart Card Reader / Proximity Reader / RFID Reader. Features includes 16 Char / 2 Lines LCD display with Backlit and Proximity / Smart Card Reader Interface, Storage capacity of 10000 Records / Transactions with ID, Date, Time, Access information

PROGRAMMABLE TIMERS Single Slot Timers / Multi Slot Timers / Dual Set Point Timers / Count Down Timers
The Electronic Industrial Timers are used in the industries to control the process/operation with specified time interval of repetitive nature. It is basically a time-clock with an arrangement for on/off operation/process at a predetermined specified time-intervals.

PROGRAMMERS
PIC Programmers
dsPIC Programmers
Atmel Programmers
AVR Programmers ARM Programmers Multi Programmers
Universal Programmers
Specialized Programmers
Simulators , Erasers

A ELECTRICITY SYSTEM HAS THE FOLLOWING MAJOR COMPONENTS DIGITAL METER The digital meter replaces the consumer’s conventional meter and contains a Microcontroller to enable communication. The meter housing also includes an automatic disconnect switch that opens or closes as the meter depletes or recharges the energy credits, respectively. CONSUMER INTERFACE UNIT The CIU is a small panel with a LCD that enables the consumer to monitor consumption and add kilowatt-hour (KWh) credit to their meter MICROCONTROLLER BASED CONTROL LOGIC The meter is designed using a microcontroller which reads the card, computes the net credit energy, updates the LCD display, activates the various alarms like 25% net credit and load-off indications, controls the relay on-off for load connection/disconnection. ALARMS AND DISPLAY The control logic computes the net energy credit and updates the LCD display. It indicates 25% net credit alarm after 75% energy is consumed. It also gives a load-off indication after the net credit is zero LOAD CONTROLLER This is a latching relay which connects/disconnects the power supply to the load. This is activated by the microcontroller. WHAT IS PREPAID SERVICE Prepaid refers to services paid for in advance. Pre-paid opens up a whole new world of utilities and communication to people who never before had access to these things. Some examples include preloaded debit cards, and prepaid mobile phones. Prepaid services and goods are sometimes targeted to marginal customers by retailers. Prepaid options can have substantial cost reductions over postpaid counterparts because they allow customers to monitor and budget usage in advance ABOUT THE PROJECT The pre-paid meter will be installed in the house. The supply from the utility comes to the meter terminals, similar to a conventional meter. The load is connected to the meter through a latching relay that is provided inside the meter. The user has to buy the prepaid cards or dedicated cared from the local store or via the Internet The user has to decide how much they want to buy like Rs.100, Rs.250, Rs.500 and Rs.1000, whatever amount. The prepaid cards will be programmed for the required number of amount. The card is shown before the card reader that reads the card. The net energy credit is displayed on the LCD display. The relay connects the supply to the load. The energy consumed is continuously measured and the display is updated accordingly to display the net credit available. After 75% of the credit energy is consumed, the 25% alarm LED lights up. From this point, the meter is ready to accept a new card to append the credit. When the credit becomes zero, and the credit energy is still not renewed, the relay switches off supply to the load. After the meter accepts a fresh credit, it will restore supply to the consumer In this Special meter, we have the Option Switch, the user has to press the Switch if he or she wants to recharge from the EB office like easy recharge and the data will be updated in the user side The Voltage will be displayed in the LCD of the meter. Automatic tripping of the meter feature is also available in this project RF TRANSMITTER AND RECEIVER This is the RF based Transmitter and Receiver module, which can facilitate the remote applications

REMOTE MOTOR STARTER
This is a Unique Products, which allows the user to start or stop the motor pump set from anywhere and works with any kind of GSM/CDMA Mobile handset. This also gives feedback about whether the motor actually started or not

RFID EVALUATION BOARDRFiD-125KHz is low cost proximity reader module board works with industry standard 125KHz frequency. It indicates card read successful through LED indicator and alarm.  No need any external supply (adaptors) power draws form PC’s USB port.   KEY FEATURES •  Plug and Play  •  RS232 – Interface (directly connect PC’s COM Port) •  Facility connect microcontroller directly  •  Reading Range >=5cm | LED | Beeper control  •  Built-in antenna | Small size  | Low Cost •  Designed to detect and read/write Hitag2 and TK5561 tags  •  ASCII Type Format  Specifications •  Size (L X B X H) in mm -  30 X 30 X 10 •  Operating Frequency -  125 kHz •  Reading Range  -  >= 50 mm •  Interface  -  UART, Wiegand26 •  Antenna  - Built-in/Pinout for an external antenna  •  Supply Voltage  -  +5 V  Operating •  Temperature  -  -10°C to +50°C (-14°F to +122°F) •  Tag Types   -  Unique and TK5530 •  Output Format   -  ASCII or Wiegand26     KIT INCLUDES •  RFID – (DT125R) Evaluation Kit •  RS232 Cable  •  RFID Card – 2 Nos •  CD Contains: Code | Ref Documents  

RPM METER WITH ANALOG INPUT
This Product is a RPM - Revolutions Per Minute meter which takes an Analog input varying between 0V to 4VDC to indicate the RPM. A configuration pin allows changing the output indication between 000 - 999 and 0000 - 9999 RPM depending on the pin state. Useful for any machine using a tacho-generator type output that can be scaled between the RPM meter range

ABOUT THE PROJECT Our aim of the project is to protect the data from the ensnares. The proposed system is generally used in security systems specifically for border or defense or military security applications.In such circumstances, generally the Military Chief do not have a flexible communication system as well as they aren’t supposed to have voice enabled communication systems. The base station is elsewhere wherein all the efficient communication methods are available and prevailing. But at the borders, a single room or communication environment isn’t available. In such a scenario, we need an efficient communication strategy with utmost secure mechanism. There exists lot of encryption – decryption algorithms prevailing already, but every such algorithm has certain flaws either facing a threat in the communication channel or the methodology of transmission or the bandwidth.To accomplish this, we have used a PC as a sender and microcontroller as a receiver station. The message to be sent is fed in to the computer for different units. The computer will Encrypt the data using generating a duplicate Character for a real one.The message to be sent is fed in to the computer for different units. The computer will encode the data using PSEUDO RANDOM BINARY SEQUENCE by generating a 7-bit access code for each units and the code will be sent along with the mixed data of other unit’s message alsoAt the receiving end the key is accessed and entered and then the microcontroller will then decode the Received data and separates the data for different units and displays the message on the display. The communication takes place through RS232 Port, using RF frequency transmitters and receivers To ensure the security level at the receiving end we have a password protection.  Once the Message is received the unit will give an alarm message so that one can know that the message has arrived.  Then he must enter the password through the keypad.  If the password matches then he is allowed to view the dataTo Ensure or to draw the attention of the Units this unit also contains an alarming unit to indicate the message has been received from the Central unit. For demonstration, the project has a provision to see the encoded data as a text file in a computer 
ENCRYPTION AND DECRYPTION PROCESSIn our project the Encryption and Decryption Technique is done by Transfering  PSEUDO NOISE signals instead of Actual data.  One the Receiver side also the Noise signals received are then converted to real data.  Let us know what is PN (PSEUDO NOISE ) Sequence and how it is generated.
RF FEATURES.Complete super regenerative RF Transmitter & Receiver Module operating @ 433.92 MHz.Compact in Size & Model.No External Components & No tuning is required.High Performance SAW based architecture with a maximum range of 100 feet @ 4800 bps data rate.Low Power Consumption.Suitable for battery operated devices.Easy to integrate with Decoders and Mirocontrollers Directly.RF Receiver Module - 433.92 MHz (FT-COM-RX2), Bandwidth–4 MHz. RF Transmitter Module -433.92 MHz (FT-COM-TX2), Bandwidth – 4 MHz
Orthogonal Frequency-Division Multiplexing (OFDM)Orthogonal Frequency-Division Multiplexing (OFDM) — essentially identical to Coded OFDM (COFDM) — is a digital multi-carrier modulation scheme, which uses a large number of closely-spaced orthogonal sub-carriers.
Each sub-carrier is modulated with a conventional modulation scheme (such as quadrature amplitude modulation) at a low symbol rate, maintaining data rates similar to conventional single-carrier modulation schemes in the same bandwidth. In practice, OFDM signals are generated using the Fast Fourier transform algorithm

SERIAL ETHERNET BOARD  10MBps, Ethernet is one of the most common Local Area Network in use these days. Along with the SPI Interface our Serial Ethernet kit assures the current 
specifications and requirements for interfacing with Ethernet Networks. This ETHNET is a perfect way to step into networking technologies using serial interfaces.  
Board Specification Device  :  ENC28J60 (Microchip-10Mbps) Clock  :  25MHz Board  :  10 Base T Ethernet Controllers Standard RJ45 connector for LAN Interface LED Indicators to Show Network connectivityCON  :  10 PIN Header for PIC | ARM Interface RJ-45 (10Base- T connector) Power  :  On-board Regulator  KIT INCLUDES •  ENC28J60 – Ethernet Board •  10-Pin FRC Cable •  CD Contains: Example Codes,  Datasheets | software | App notes 

Any Products mentioned here, any volume, any time we can meet your requirements
We have an adequate stock at our warehouse. We ship throughout India
For Price and other details contact us through E.mail - ncctchennai@gmail.com
SENSORS
1. Ultrasonic Distance Sensor
2. Acceleration Sensor - 3 Axis
3. Gas Sensor
4. Distance Measuring Sensor 5. Heart Beat Sensor
6. PIR Motion Sensor Module
7. Four Step Touch Dimmer
8. Humidity & Temperature Sensor
9. Metal Detecting Sensor
10. Voice Detecting Sensor 11. True Zero Speed, High Accuracy, Gear Tooth Sensor
12. Ultrasonic Transducer Pair - 40 KHz
13. Obstacle Detecting Sensor - Narrow Angle
14. Obstacle Detecting Sensor - Wide Angle
15. Liquid/Moisture Sensor
16. Force Sensor
17. Color mark sensor
18. Infrared Sensor
19. PIR sensors
20. Pressure sensor
21. Vibration Sensor 22. Magnetic Sensor 23. Touch Sensor 24. Multi-turn Rotation Sensor 25. 50Amp Current Sensor 26. Voltage Sensor 27. Joy Stick Sensor 28. Motion Sensor 29. Rotation sensor 30. Light Sensor
31. Smoke Detector
32. Fire Sensors
33. Fie / Flame Sensor
34. Temperature Sensor
35. Smoke/Heat Detectors
36. Heat Detectors
37. Door Tampering
38. Gas / LPG Detectors
39. Glass Breaking Sensors
40. Vibration Analyzer Sensor
41. Manual Break Point
42. Humidity Sensor
43. Flow Sensor
44. pH Sensor
45. Earth Quake Alarm
46. Co2 analyzer
47. Sound / Noise detector

Speech Recognition KitThe Speech Recognition Kit  is a complete easy to build programmable speech recognition circuit. Programmable in the sense that you train the words (or vocal utterances) you want the circuit to recognize. This kit allows you to experiment with many facets of speech recognition technology. 
SPECIFICATIONS •  HM2007 - Self-contained stand alone speech recognition circuit. •  User Programmable through keys. •  2 Nos. 7-Segment Display (To Display Voice Recognize Commands). •  4x3 Matrix Key Pads (Train Voice Commands). •  32K X 8 Non-volatile Memory (Battery Backup) •  20 or 40 Word vocabulary, Multi-lingual. •  Power ON status Indication LED. •  2 Nos.  of Port I/O Connector to interfaced to control external circuits & appliances. •  MIC Interface. 
KIT INCLUDES •  Speech Recognition Kit •  CD Contains: Datasheets  APPLICATIONS •  Command and control of appliances and equipment •  Telephone assistance systems and Data entry •  Speech controlled toys •  Speech and voice recognition security systems

TI, TEXES INSTRUMENT, TMS320F2812 STARTER KIT    The TMS320F2812 device, a member of the TMS320F28x, DSP generation, is highly integrated, high-performance solution for demanding control applications and is the first 32-bit 150 MIPS DSP with on-chip flash memory and on-chip high-precision analog peripherals.   
KEY FEATURES •  Flash Memory Up to 128K x 16 Flash. •  ROM Memory Up to 128K x 16 ROM •  1K x 16 Each SARAM. •  20MHz on board crystal. •  Peripheral Interrupt Expansion (PIE) Block That Supports 45 Peripheral Interrupts. •  Three 32-Bit CPU-Timers •  Motor Control Peripherals •  Serial Communications Interfaces (SCIs), UART •  12-Bit ADC, 16 Channels •  2 x 8 Channel Input Multiplexer •  Single/Simultaneous Conversions •  Fast Conversion Rate: 80 ns/12.5 MSPS •  Up to 56 Individually Programmable, Multiplexed General-Purpose Input/output (GPIO) Pins •  On board RS-232 connector with line driver. •  4- Analog Inputs. •  8 Digital LED Output. •  8 Digital Inputs. •  Multiple Booting Option Connectors. •  Onboard IEEE 1149.1 JTAG emulation connector.  BENEFITS •  16 x 16 and 32 x 32 MAC Operations. •  150 MHz (6.67-ns Cycle Time). •  Low-Power (1.8-V Core @135 MHz, 1.9-V Core @150 MHz, 3.3-V I/O) Design. •  Advanced Motor control. •  Solar Power systems. •  Servo drives and motion control. •  Renewable Energy and Uninterrupted power supplies  TEXAS –TMS320F2812 •  Flash Devices: Up to 128K x 16 Flash (Four 8K x 16 and Six 16K x 16 Sectors) •  ROM Devices: Up to 128K x 16 ROM •  1K x 16 OTP ROM •  L0 and L1: 2 Blocks of 4K x 16 Each Single-Access RAM (SARAM) •  H0: 1 Block of 8K x 16 SARAM •  M0 and M1: 2 Blocks of 1K x 16 Each SARAM  KIT INCLUDES •  Evaluation Board. •  RS232 Serial Cable,  •  CD: Examples, Datasheet, Software’s, utility. 

In this practical project, a remote vehicle tracking system is implemented. In this system every vehicle is fitted with highly secured Digital RF tracking transmitter, this transmitted information is picked up by the Mobile network. The base unit, which contains vehicle reg. no, owner name, location etc then receive the data from the vehicle. By using this technology any missing vehicle or on service vehicle can be monitored instantly. A computer monitor will display the real location on VB software. This project can be used for Transport Company, VIP and military applications. An embedded active tracking generator is equipped with the vehicle, which will transmit its data to the nearest tower (GSM / CDMA in real application.) The received data ID is registered in the tower. A microcontroller is used to process this information. The received information is then re-transmitted to the all other tower with the tower ID. So any tower receive these information will have the vehicle data and the tower ID. The base unit, which monitors these data, can recognize the vehicles position, under which tower and area. The RF data receiver in the base unit feed the received data to a MCU. The data from the receiver is in serial form, which is converted in to parallel format with a dedicated IC and feed to the MCU, these MCU decodes the information. The output TX port of the IC is feed to a PC through RS 232 converter. A VB based display will show the vehicle position and other details. When the vehicle enter to the other tower area the base unit also will show the tower no and area. The project has 3-tower model and a vehicle model. Base unit is the 4th unit, which processes the information and gives the display

VEHICLE ALARM SYSTEM WITH RF REMOTE CONTROL
This product is a Vehicle Access System using RF Remote, Features including Central locking and unlocking for all doors using remote. This Alarm remote control is easy and convenient to use

Zigbee Evaluation KitThe XBee 802.15.4 (formerly Series 1) OEM RF module is an IEEE 802.15.4 compliant solution that satisfies the unique needs of low-cost,  low-power wireless sensor 
networks. It is easy-to-use, requires minimal power and provides reliable delivery of critical data between devices. No configuration is necessary for out-of-box RF 
communications. Advanced configurations can be implemented using  simple AT commands.  XBEE MODULE  •  Transmitting  power output: 1mW (0 dBm)  •  Indoor/Urban range: Up to 100 ft (30 m)  •  Outdoor/RF line-of-sight range: Up to 300 ft (100 m)  •  RF data rate: 250 Kbps  •  Interface Data rate: Up to 115.2 Kbps  •  Operating Frequency: 2.4 GHz |Receiver sensitivity:  -92 dBm   NETWORKING •  Spread Spectrum :  DSSS (Direct Sequence Spread Spectrum)  •  Networking topology:  Peer-to-peer, point-to-point, and point-to-multipoint  •  Error handling: Retries & acknowledgements  •  Filtration options: PAN ID, channel and addresses  •  Channel capacity:  16 Direct Sequence Channels (software selectable)  •  Addressing:  65,000 network addresses for each channel  •  Encryption: 128-bit AES 
BASE BOARD SPECIFICATIONS •  XBee | XBee Pro Compatible Socket •  On-Board Voltage Regulator  •  Data Flow Indicators ( RX | TX | ASSOC) •  Power ON status Indication LED. •  DB9 Connector for PC or MCU Interface  KIT INCLUDES •  XBee Module with Base Board •  Communication Cable •  CD Contains: Datasheets | software | App notes