PROJECTS FOR FINAL YEAR DIPLOMA|ENGINEERING|BSC|MCA STUDENTS

FINAL YEAR ENGINEERING PROJECTS ON EMBEDDED SYSTEMS

For Enquiry

Mobile: 91-9611145044
Email: info@embeddedkits.in
Website: www.embeddedkits.in

SL.NO.	TITLES	PLATFORM	CONTENT
TEC 1001	Embedded instrumentation networking system.	EMBEDDED	BASEPAPER,PPT,SOURCE
TEC 1002	Adaptive Traffic for A.C .power application.	EMBEDDED	BASEPAPER,PPT,SOURCE
TEC 1003	Forest fire detection and signaling system.	EMBEDDED	BASEPAPER,PPT,SOURCE
TEC 1004	Cost effective Baby Incubator system.	EMBEDDED	BASEPAPER,PPT,SOURCE
TEC 1005	Automatic power saving unit.	EMBEDDED	BASEPAPER,PPT,SOURCE
TEC 1006	Finger print based automatic ration depot with real crop vending Machine.	EMBEDDED	BASEPAPER,PPT,SOURCE
TEC 1007	Voice controlled and activated wheel chair robot for disables.	EMBEDDED	BASEPAPER,PPT,SOURCE
TEC 1008	Voice controlled car security system.	EMBEDDED	BASEPAPER,PPT,SOURCE
TEC 1009	Voice based speed control of a DC motor.	EMBEDDED	BASEPAPER,PPT,SOURCE
TEC 1010	Real time voice control of electric home appliances.	EMBEDDED	BASEPAPER,PPT,SOURCE
TEC 1011	A real time clock implemented embedded system for medicine reminder alarm system through voice announcement.	EMBEDDED	BASEPAPER,PPT,SOURCE
TEC 1012	Electronic guide for tourists with active speech.	EMBEDDED	BASEPAPER,PPT,SOURCE
TEC 1013	Light finder robotic vehicle.	EMBEDDED	BASEPAPER,PPT,SOURCE
TEC 1014	Invisible eye an advanced security system.	EMBEDDED	BASEPAPER,PPT,SOURCE
TEC 1015	Embedded industrial security system with speech.	EMBEDDED	BASEPAPER,PPT,SOURCE
TEC 1016	Intelligent pre-security identification for high-tech labs.	EMBEDDED	BASEPAPER,PPT,SOURCE
TEC 1017	Office automation system.	EMBEDDED	BASEPAPER,PPT,SOURCE
TEC 1018	Real time program reminder.	EMBEDDED	BASEPAPER,PPT,SOURCE
TEC 1019	Auto operated street light.	EMBEDDED	BASEPAPER,PPT,SOURCE
TEC 1020	Land mining robot.	EMBEDDED	BASEPAPER,PPT,SOURCE
TEC 1021	Automation of Toll Gate controller.	EMBEDDED	BASEPAPER,PPT,SOURCE
TEC 1022	Resource allocation system.	EMBEDDED	BASEPAPER,PPT,SOURCE
TEC 1023	Speech security system for electrical lineman.	EMBEDDED	BASEPAPER,PPT,SOURCE
TEC 1024	Personal luggage security system.	EMBEDDED	BASEPAPER,PPT,SOURCE
TEC 1025	Blind stick.	EMBEDDED	BASEPAPER,PPT,SOURCE
TEC 1026	Semi autonomous mine detection robot.	EMBEDDED	BASEPAPER,PPT,SOURCE
TEC 1027	Location based wild animal intrusion ranger alarm system.	EMBEDDED	BASEPAPER,PPT,SOURCE
TEC 1028	Black box for four wheelers.	EMBEDDED	BASEPAPER,PPT,SOURCE
TEC 1029	Integrated building automation system.	EMBEDDED	BASEPAPER,PPT,SOURCE
TEC1030	Finger print based authentication and controlling devices.	EMBEDDED	BASEPAPER,PPT,SOURCE
TEC1031	Gas detection Robot for atomic Power station.	EMBEDDED	BASEPAPER, PPT,SOURCE
TEC1032	Solar energy radiation based charger.	EMBEDDED	BASEPAPER
TEC1033	Real time implementation of Bio Pad finger print recognition based attendance maintenance system.	EMBEDDED	BASEPAPER, PPT,SOURCE
TEC1034	Air surveillance.	EMBEDDED	BASEPAPER, PPT,SOURCE
TEC1035	Tire pressure monitoring and alerter system.	EMBEDDED	BASEPAPER, PPT,SOURCE
TEC1036	Designing of Universal Plug-and-Play circuit for RPC N/W.	EMBEDDED	BASEPAPER, PPT,SOURCE
TEC1037	Designing Transformer static Different Relay.(EE)	EMBEDDED	BASEPAPER, PPT,SOURCE
TEC1038	Designing Ultra Low control current static relay. (EE)	EMBEDDED	BASEPAPER, PPT,SOURCE
TEC1039	Designing an adaptive traffic system for improving operational efficiency of generating station by reducing the peak load to base load ratio in A.C. Power application. (EE)	EMBEDDED	BASEPAPER, PPT,SOURCE

Remote car lock using RF signal

The aim of this project is to develop a remote locking (door, ignition, steering) system for automobiles using RF signals. Nowadays some high cars only have this kind of remote lock. By using this remote we can lock all the doors, ignition and steering quickly. So we can save the time in this. And some time if we forget to lock all these things, no need of go to near the car. Just press the appropriate switch, the receiver end will do the corresponding operation. The cost of this project is less. So we can implement this project in lower end cars.

Why we choose radiofrequency technology: rfid readers do not require a direct line of sight to either active rfid tags or passive rfid tags. rfid tags can be read at much greater distances; an rfid reader can pull information from a tag at distance up to 300 feet. rfid

Digital visitor counter

Digital visitor counter is a reliable circuit that takes over the task of counting Number of Persons/ Visitors in the Room very accurately. When somebody enters into the Room then the Counter is Incremented by one. The total number of Persons inside the Room is displayed on the LCD module. The microcontroller does the above job it receives the signals from the sensors, and this signals operated under the control of software which is stored in ROM

This project we will create counter system for apply. The main aim of this project is to develop a more useful and high efficiency 4 digit object counter. Four digit object counter is takes over the tasks of counting number of object. The total number of object is displayed on the s

FINAL YEAR ENGINEERING PROJECT ON Voice based vehicle automation

This is a latest project in the robot industry. This particular vehicle will recognize the words and then it is programmed to perform the actions as per the words matched. This project can store about 10 words each of 1.5mili second duration. www.embeddedkits.in Then in the run mode the microcontroller recognizes the words received by the condenser mike and then matches with the words stored .If it matches any of the words then the computer gives a data to the microcontroller using the RF transmitter.

This Voice reorganization vehicle can be used in industries, or for exploring planets or as a maidservant at home or offices. This vehicle uses a voice to text software to recognize the voice from the human beings. A RF transmitter is attached to the microcontroller. A head set with mike is connected to the computer sound card. When the software is running the person who wants to control the vehicle has to speak in the mike e.g. LEFT. The software will capture the sound and convert to text and send the text to the serial port. Since a RF transmitter is attached to the serial port the data is transmitted to the vehicle. The receiver in the vehicle will receive this wirelessly and match with the data stored in the microcontroller. The microcontroller with the help of the motor driver circuit will

Remote billing of energy meter/water meter using GSM modem FINAL YEAR ENGINEERING PROJECTS BANGALORE

The aim of the project is to automate the billing of energy meter and water meter. In

this project the front end is User friendly and the employees can work on this software with minimum knowledge of Computers. Employees can read the meter by sitting in the Office.

In this project the micro controller & the GSM unit is interfaced with the Energy meter/water meter of each house. Every house has a separate number, which is given by the corresponding authority. The GSM unit is fixed in the energy meter/water meter. The amount of consumption is stored in memory authority as SMS. Using this software we can send the SMS through Modem to that particular number which is assigned by these authorities and wait for the response. On other end the modem will receive the data in the form of a command and informs the controller to do the readings. After the readings the controller will send data to the modem. Modem, in turn sends data to the other end. In the office the GSM unit will receive the data and calculate the amount on LCD display. The number assigned by the authorities is Unique. Using GSM we can get the response very fast due to which time is saved. RTC is used to get the time. Memory is used to store the amount of units the user consumed. After sending the Readings to the Main server the

For Enquiry

Mobile: 91-9611145044
Email: info@embeddedkits.in
Website: www.embeddedkits.in

BANGALORE FINAL ENGINEERING PROJECTS Fire alarm and prevention robot

The main aim of this project is develop a Robot vehicle which will find out its lane using metal detector with fire sensor. This vehicle doesn’t need a driver and any control signal. Hence this can be implemented where ever routine work for has to be done for a long time. The cost of the robot is low.

If fire occurs in the path, then Fire sensor gets activated and sends message immediately to

Low cost intelligent gas sensing system

The main aim of the project is to build a gas leakage detection and information system using Sensors. This project is very much useful in the places where a human cannot go in to the places like ground canals, gas oriented caves, etc. and this project is very much useful in such situations. This project is to design and develop an intelligence system to detect dangerous gas

Plant moisture meter

This project will help the formers in irrigation for proper water supply to the plants in right proportion by sensing the moisture level in the soil.

Here we are using a moisture sensor, which is connected to the micro controller and there is a seven segment display to display the moisture level. The moisture senor rods are immersed in the ground. ADC (analog to digital converter) is interfaced with the moisture rod; this ADC produces respective analog values for the values transmitted by moisture sensor. The microcontroller is programmed in such a way that voltage flow from the ADC is calibrated for the moisture level and displayed on the 7 segment display. When there is more moisture in the soil the voltage from adc is more since the current conductivity in moisture sensor is more and when the moisture level is less the

4 Digit object counter FINAL YEAR ENGINEERING PROJECTS

This project we will create counter system for apply. The main aim of this project is to

develop a more useful and high efficiency 4 digit object counter. Four digit object

counter is takes over the tasks of counting number of object. The total number of

object is displayed on the seven segment displays.

This counter Sensor consist of 3 Section as follows Detect Object (Sensor) ,Data Processing (CPU) and final section Display by 7-Segment. Detect Object (Sensor): Proximity sensor. Data Processing (CPU): For this project we choose microcontroller AT89s52 of ATMEL Product. Display: for final section Display by 7-Segment.

Systems will continuous monitor the object to be passed. When object is passed counter

value is incrementing one of its current values.

Remote car lock using RF signal FINAL YEAR ENGINEERING PROJECTS

SMS based generator using start/stop system FINAL SEMISTER ENGINEERING PROJECTS

It offers an integrated SMS alert and remote control system. This unit can be integrated into any diesel generator. The Generator can be Started or Stopped by sending an SMS to the generator from anywhere in the world. Used in conjunction with the alert you can decide when to turn on and off your generator even if you’re not at home or the office when the lights go out.

The SMS unit is mounted inside the generator housing (space permitting) and runs off the generators battery. When the generator is in automatic mode it will start-up when the power fails and in doing so sends an SMS to operators predetermined phone number.

The unique SMS Alert and command system allows users to quickly and easily control their Generator worldwide, with the knowledge that problems can be sorted out quickly and efficiently. In addition to that, the security system allows for safe and

FINAL YEAR ENGINEERING PROJECTS FOR STUDENTS ON Vehicle anti-collision using ultrasonic signals

The aim of this project is to avoid vehicle collision using ultrasonic anti-collision instrument. This instrument is fixed in front side of the vehicle then the distance for applying break is set using the key pad id any vehicle comes near by this vehicle immediately the instrument will give alarm and it will sense the distance and if the distance matches with the set distance it will

Automated ambulance gates at hospital

FINAL YEAR ENGINEERING PROJECT ON Automated ambulance gate is a very useful device for the hospitals etc. This device uses infrared technology. Today infrared rays are used in many applications like infrared Communication, infrared remote control, and temperature measurement using infrared rays; infrared rays based pain killer etc.

But in this project we are concentrating on how to use the infrared rays to activate the gate and also how to encode and decode the infrared rays. The ambulance will have a device, which will be sending the encoded infrared rays continuously. On the other end the gate will have a device with the infrared decoder and the gate opening and closing mechanism controlled

automated place announcement system for BTS OR Rail using Infrared Rays FOR FINAL YEAR ENGINEERING PROJECT

The main aim of this project is to make an automated place announcement system Bus or Train INFRARED SIGNALS. In general buses or in train there will be no facilities like automated place announcement system or display system, so it will be very difficult or inconvenience for the passengers those who are new to that places.

So this project is designed in such a way that, it will announce the place names automatically by sensing the infrared signals transmitted from each bus stop

Briefcase security system based on ZIGBEE

The main aim of this project is wireless data transmission used for briefcase security system. This project uses two modules one device will be at briefcase and the other end at user. Devices will be communicating with each other if the communication fails i.e. if the briefcase is beyond the transmission area then a beep sound comes out.

This project uses Zigbee module interfaced with microcontroller. Both the device uses Zigbee module with microcontroller. Both the device will be communicating with each other (e.g: if one device sends ‘A’ then other device sends ‘B’ continuously) if this communication fails then the briefcase is out of transmission area and the buzzer starts

Electronic stick for blind with panic button alert FOR FINAL YEAR ENGINEERING STUDENT PROJECT IN BANGALORE

The micro controller is programmed to read the detection signal from decoder and activates buzzer and also panic button is provided with blind stick on activation of the button the alert signal sent to concerned authority (through RF/GPS/GSM) technique.

In order to do all the activities a program (sequence of instruction) must be written for the microcontroller. This program is called firmware. In order to execute the program, Microcontroller requires basic configuration like 5V regulated power supply, clock, and reset circuit.

For Enquiry

Mobile: 91-9611145044
Email: info@embeddedkits.in
Website: www.embeddedkits.in

GSM (SMS) Controlled DC Motor with real time temperature monitoring FOR FINAL YEAR ENGINEERING STUDENT PROJECT

GSM (SMS) Controlled DC Motor is automatic control system which capable of receiving a set of command instructions in the form of Short message service and performs the necessary actions like Start , Stop and direction control. We will be using a dedicated modem/mobile at the receiver module i.e. with the robot it self and send the commands using SMS service as per the required actions.

The mobile unit which is dedicated at the motor driver is interfaced with an intellectual device called Micro controller so that it takes the responsibility of reading the received commands in the form of SMS from the mobile unit and perform

GSM based automobile security system FOR FINAL YEAR ENGINEERING STUDENT PROJECT

This paper presents one of the emerging applications of the GSM technology. We present the design of a stand- alone embedded system that can automatically guard the automobile (CAR) door locking and engine locking system using automatic sensor technology. Remotely the system allows owner to monitor and control his automobile via mobile phone set by sending commands in the form of SMS messages and receiving the locking system status. The hardware architecture consists of a standalone embedded system that is based on 8 bit microcontroller, an interface and a driver circuit connects

Implementing CAN/ZIGBEE GATEWAY/ROUTER for automotive applications

The main aim of the project is to implement the CAN-ZIGBEE gateway protocol. In this project we are using three PIC microcontrollers, in which two are connected to each other to the CAN bus via CAN transceivers and the other is connected wirelessly through zigbee to one of the controller.

The Node 2 and Node 3 are connected to the sensors, Node 2 is connected to the Node 1 through Zigbee, and it keeps sending the updated value of the sensors. Node 2 is acting as the Gateway controller. It converts the CAN protocol to the Zigbee protocol and sends the data to the node 1. The node 1 controls the device status accordingly and displays the value

Industrial automation and monitoring system

In this industrial automation and monitoring system, all the plants furnaces and machines are fixed with sensors to capture temperature, pressure, vibration etc.

As the plants, furnaces and machines will be fixed in different places we should do a wireless network to communicate with all the sensors fixed in different plants and furnaces. For this wireless communication we use Zigbee protocol and technology to obtain a best result.

We use single board computers to collect sensor information and send to the master equipment. Master equipment is the server which monitors each plant for different parameters like temperature, pressure, vibration etc. If the received parameters are more than the allowable value then the master or server system will send command to the control

CAN Based real time implementation in Automobile application

The main aim of the project is to design and implement the CAN protocol for automobile application.

On executing the program , when the Fuel level crosses the set limit the buzzer goes ON thus giving the indication to the User and the same is also displayed on the LCD. Similarly the temperate is also displayed and when the voltage crosses the limit the same is displayed on the LCD. The s/w for the same has to be designed and developed

CAN Based real time implementation for industrial application

The main aim of the project is to design and implement the CAN protocol for industrial application.

In this project we are using 3 CAN IC or even 4 Can IC also can be used depending on the application. These are connected to the CAN transceiver as shown in the block diagram below. The master is then connected to the PIC microcontroller. In the PIC we use the C language to read the data from the micro controller while the micro controllers use either the C cross compilers

Signature Verification based on global features

Biometrics is a verification system that identifies a person based on his physiological and behavioral features. Signature verification is the biometrics identification method which is legally accepted and used in many
commercial fields such as e-business, access control and so on. In this project we proposed a robust offline signature verification based on global features to identify forgeries. In this model prior to extracting the features, we preprocessed the signature in the database. Preprocessing consists of normalization, noise reduction and thinning, for feature set extraction whics consist of global features such as signature

Implementation of AIR BAG sensor using CAN protocol with GSM Technology

The main aim of the project is to implement the air bag sensor with the gsm technology using CAN protocol. In this project we are using three PIC microcontrollers, which are connected to each other to the CAN bus via CAN

The four-bit bipolar microprocessor slice is designed as a high-speed cascadable element intended for use in CPU's, peripheral controllers, programmable microprocessors and numerous other applications. The microinstruction flexibility of the AMD2901 will allow efficient emulation of almost any digital computing machine.

Most small processors today are being designed using a technique called microprogramming. In micro programmed systems a large portion of the systems control is performed by a read only memory (usually PROM) rather than large arrays of gates and flip-flops. This technique frequently reduces the package count in the controller and provides a highly ordered structure in the controller, not present when random logic is used moreover, microprogramming makes changes in the machines instruction set very simple to perform-reducing the postproduction engineering costs for the

The main aim of the project is to control the AC depending on the window status and the fuel level in the car by using CAN protocol .

In this project we are using 2 CAN IC or even 3 Can IC also can be used depending on the application. These are connected to the CAN transceiver as shown in the block diagram below. The LCD, Window switch buttons and the AC main switch are connected to the NODE 1 of the network. The AC and the Fuel level sensor are connected to the NODE 2 of the network. In general, we know that the AC in the car is effective only when we close all the four windows of the car and we also know that AC consumes fuel. So this project is designed and developed to rectify such problems. The function of NODE 1 controller is to check the status of the AC main switch, window switch buttons and the fuel level in the car. If the main switch of the AC is ON, all the 4 windows of the car are closed and the fuel level is above the limit only then the AC which is connected to the NODE 2 goes ON else it is OFF and simultaneously the status of the AC, Fuel level and the windows is displayed on the LCD.

Co-operative communication with OFDM

Transmit diversity generally requires more than one antenna at transmitter. However, many wireless devices are limited by size or hardware complexity to one antenna. Recently methods known as cooperative communication has been proposed that enables single antenna mobiles in a multi-user environment to share their antennas and generate a virtual multiple-antenna transmitter that allows them to achieve transmit diversity.

In this project, we designed of non-cooperative Orthogonal Frequency Division Multiplexing (OFDM) and Cooperative-OFDM communication system and comparing the performance of non-cooperative-OFDM and cooperative OFDM. Carrier frequency offset (CFO) mitigation is critical for OFDM based cooperative transmissions because even small CFO per transmitter may lead to severe performance loss, especially when the number of cooperative transmitters is large. Here, we showed that cyclic prefix (CP) can be exploited to mitigate

Face recognition based on edge detection algorithm with hardware interfacing

The automatic recognition of human faces presents a significant challenge to the pattern recognition research community, human faces are very similar in structure with minor differences from person to person. They are actually within one class of “human face”. Furthermore, lighting condition changes, facial expressions, and pose variations further complicate the face recognition task as one of the difficult problems in pattern analysis. This paper proposed a novel concept, “faces can be recognized using line edge detection”. A face prefiltering technique is proposed to speed up the searching process. It is a very encouraging finding that the proposed face recognition technique has performed superior to the most of the existing comparison experiments.

Computerized human face recognition has been an active research area for the last 20 years. It has many practical applications, such as bankcard identification, aces control, mug shots searching, security monitoring, and surveillance systems. Face recognition is used to identify one or more persons from still images or a video image sequence of a scene by comparing input images with faces stored in a database. It is a biometric system that employs automated methods to verity or recognize the identity of person based on his/her physiological characteristic. In general, a biometric identification system makes use of either physiological characteristics or behavior patterns to identify a person. Because of human inherent protectiveness of his/her eyes, some people are reluctant to use eye identification systems. Face recognition has the benefit of being a passive,

Finger print recognition and matching with display

Biometric recognition refers to the use of physical or behavioral characteristics fingerprints, face, iris, signature, voice, etc) to determine the identity of a person. In order to use a human characteristic as a biometric identifier, it must possess some requisites such as universality, uniqueness, permanence, acceptability, among others. Due to these requirements, none of the biometric traits is considered the best. Fingerprints are the most widely used biometric identifier because almost all human beings have fingerprints. Besides, they are distinct even in identical twins and even facing temporary changes, such as scars and cuts, they will regenerate in the original pattern.

The methods based in minutiae points are considered the most popular and widely used in automatic systems for fingerprints recognition. Nevertheless, it is a common mistake to consider that automatic fingerprint recognition is a totally solved problem. The extraction of minutiae points is still a complex problem with poor quality images. Besides, another significant challenge is the matching of minutiae points when there is just a small overlap area between the template image and the query image, since there will be just a small set of minutia points in the intersection area. These scenarios, however, are becoming more and more common as the utilization of fingerprints sensors