Category: GPS Projects

This category consists of GPS based project for final year students. GPS projects can be useful for telecom engineers and electronics engineering students. Electronics and electrical final year students can download gps projects with project report and abstracts.

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REAL TIME VEHICLE TRACKING SYSTEM (ABSTRACT)

REAL TIME VEHICLE TRACKING SYSTEM  is the Embedded system Final Year Project, The main objective of this project is to tracking the vehicles in Real Time. The main function used in this project are GPS (global positioning system) , Geographic Information System (GIS), GSM (Global System for Mobile Communication, REGULATED POWER SUPPLY,  ARM MICRO CONTROLLER,  LCD DISPLAY

SOFTWARE Requirements : Embedded ‘C’ Programming Language

TOOLS Required: Keil Tool, Flash magic Tool

OUTPUT DEVICE: LPC2148(ARM7) Microcontroller

APPLICATIONS: Tracking vehicle position.

Features: Low cost Device, Flexible,  automated operation, less Power consumption.

Download REAL TIME VEHICLE TRACKING SYSTEM (ABSTRACT)

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Design and Implementation of Ethernet Based Home Security (Abstract)

Design and Implementation of Ethernet based home security  (Abstract)  Maintaining the security with the human presence is an easy task but maintaining the security and monitoring that from remote location somewhat critical. This project will give easy and efficient solution for maintaining and observing the home security.

SOFTWARE: Embedded ‘C’ Programming Language

TOOLS: Keil Tool, Flash magic Software tool

TARGET DEVICE: LPC2148(ARM7) Microcontroller

APPLICATIONS: Home appliances monitoring and control.

ADVANTAGES: Possibility to control from remote locations  

 Block diagram Contains: Fire Senor, LPC2148 (ARM7) Microcontroller, Ethernet controller, LAN,  Personal Computer.

Download DESIGN AND IMPLEMENTATION OF ETHERNET BASED HOME SECURITY  (ABSTRACT)

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Design and Implementation of Ethernet based secured Data acquisitions (Abstract)

 This project “Design and implementation of Ethernet based secured Data Acquisition” will be used to transfer the data in the industry based on Ethernet protocol. Accessed data in the industry need to be observed by the authenticated people only. This will helps in maintaining the security at the industries. This project will give the low cost best solution for maintaining data security in embedded system design

Software & Hardware Requirements: 

SOFTWARE: Embedded ‘C’ Programming Language

TOOLS: Keil tool, Flash magic Software

TARGET DEVICE: LPC2148(ARM7) Microcontroller

APPLICATIONS:  Mainly Useful in Small Scale Industries.

ADVANTAGES: Low cost, more secure & Reliable, Mainly useful in rural places

Download Design and Implementation of Ethernet based secured Data acquisitions Embedded System  Project Abstract
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Development of embedded web server for Ethernet based applications(ARM9 based)

The main aim of this Development of embedded web server on ARM9 Project goes to developing of Embedded web server

With the rapid development of embedded technology, more and more embedded devices (such as wireless sensor, intelligent instrument etc.,) are demanding for embedded-network connectivity for a collaborative activity. Linking embedded systems to the Internet has been an important development direction, and which is one of indispensable functions for the embedded systems in the future. Based on this point-of-view, we have chosen to run any internet application on an embedded target. Web server is one of the major application

in the internet domain. To implement a web server a robust and reliable tcp/ip stack is required. So, we have chosen embedded Linux for this project to implement web-server, since, Linux is having very robust and reliable network stack. In this project, we will be developing an embedded web-server on ARM9 using embedded Linux.

Target device:        ARM-9

Operating system: LINUX

Download Development of embedded web server for Ethernet based applications(ARM9 based) Embedded Systems Project Abstract

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Electronic Passport and the Future of Government Issued RFID Based Identification

  The main aim of this ELECTRONIC PASSPORT AND THE FUTURE OF GOVERNMENT ISSUED RFID BASED IDENTIFICATION (ABSTRACT)   project is to design innovative hardware and software, which deals with passport administration. The motto of the project is to simplify the job of the security people and to have passport verification system without any mistake. In this the details of the person would be fed into the RFID cards (passports in RFID form). The RFID reader reads the details of the RFID passport and sends the data wirelessly with the help of ZigBee transceiver. On the other side the other ZigBee receiver receives the details and sends to the microcontroller. Here, the controllers compares with the data already there. If it matches than the person is allowed, less he would be termed as a criminal by giving an alarm/buzzing signal. 

 SOFTWARE: Embedded ‘C’ Programming Language

TOOLS: Keil Machine, Flash magic Software

 Block Diagram Contains:  ZigBee Transceiver,  Power Supply, LPC2148 Microcontroler, RFID reader, RFID Tag, Buzzer

TARGET DEVICE: LPC2148(ARM7) Microcontroller.

APPLICATIONS: Airport for verification.
ADVANTAGES: Low cost Micro controller Project, easy to use for rural areas, automated operation, and Low Power consumption.

Download Electronic Passport and the Future of Government Issued RFID Based Identification

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Collide Vehicle Information Capturing Using GPS and GSM

Collide vehicle information capturing using GPS and GSM projects main idea is to provide hardware and software application for moving systems like cars , trucks which can sense accident information of the vehicle to the remote areas for saving there lifes. This application mainly works on GPS and GSM technologies, where GPS system communicates with satellites for finding out the longitude and latitude of the system. Whereas GSM is used for secure wireless transmission.

Variable sensors are used for finding out accident detector which will communicate with micro controller by taking input of the accident vehicle signal and compare it with threshold value if the threshold value is less then present value messages are sent to their relatives.

This application consists of :

Embedded Controller, AT Keyboard, GPS Receiver, Vibration Sensor, LCD Module, GSM Modem, Serial Communication, Keil Compiler.    

download Collide Vehicle Information Capturing Using GPS and GSM abstract.

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Railway Accident Monitoring System (GSM And GPS) Abstract

RAILWAY ACCIDENT MONITORING SYSTEM (GSM AND GPS)  project is implemented using PIC micro-controller, GPS receiver, GSM modem and LCD display is used to display the GPS receiver data. 

Objective is to develop a state-of-the-art asset management technology for railway transportation systems, with special focus on conditions in India. The technology consists of: GPS and wireless data transmission.

The central tracking station monitors train for 24 hours for unauthorized intrusion, pilfering, breakdown, accident or even for any unforeseen emergency assistance. By this way the railway asset can be monitored for protection purpose.

“Through proper implementation of this project, governments can improve program and infrastructure quality, increase information accessibility and use, With improved decision making application makes more interesting and decreases overall cost of the application, including the social and economic impacts of train crashes.” 

download Railway Accident Monitoring System (GSM  And GPS) Abstract

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Gps Based Highway Vehicle Monitoring System Abstract

GPS Based Highway Vehicle Monitoring System projects main idea is to develop a application using GPS and GSM technologies for tracking vehicles information on highway. In this project we use NAVSTAR GPS system which will help to calculate longitude and latitude of geographic location. GPS will communicate with 4 satellites to deliver Position information. Based on four satellites information is delivered it mainly depends on time clock.

This application uses MAX232 switch for connecting between micro controller and GPS device. These interfaces work on serial communication. Micro controller has UART in built in it.  1. longitude and latitude of geographic location. GPS will communicate with 4 satellites to deliver Position information. Based on four satellites information is delivered it mainly depends on time clock.

Software: 

  • KEIL UV2 IDE tool
  • Functionality of all above components
  • Embedded C programming 

Hardware: 

  • AT89S52
  • LCD
  • GPS MODULE
  • GSM MODULE
  • RS232
  • MAX232
  • RELAY 

 

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Design and implementation of Mobile detector in examination hall using graphical LCD (Abstract)

Design and implementation of Mobile detector in examination hall using graphical LCD (Abstract) As using of mobile phones in the colleges premises and in the examination halls are restricted. It sometimes it is not possible to detect the mobile phones with the students this project will solve that problem by automatically detecting the mobile phone and gives the alarm sound automatically.

 This project “Design and implementation of Mobile detector in examination hall using graphical LCD” used colleges for detecting the using of mobile phones and gives the buzzer sound simultaneously that information will be displayed on the graphical LCD.

SOFTWARE: Embedded ‘C’ Programming language.

TOOLS: Keil Software Product, uC Flash Software.

TARGET DEVICE: 8051 microcontroller.

APPLICATIONS:  It can be useful in School Examination halls, College Final Examination halls.

ADVANTAGES:  Automatic Detecting of the using of Mobile phone.

BLOCK DIAGRAM Contains:

  • Graphical LCD
  • 8051 Micro Controller
  • 555 Timer
  • Operational Amplifier
  • Buzzer

Download Design and implementation of Mobile detector in examination hall using graphical LCD Embedded Systems Project (Abstract)

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Embedded GPS Based Vehicle Tracking System Abstract

Embedded GPS Based Vehicle Tracking System projects main idea is to develop a application which can help to track distance, traffic and position. This application works on GPS and GSM technologies.

A typical GPS receiver calculates its position using the signals from four or more GPS satellites. Four satellites are needed since the process needs a very accurate local time, more accurate than any normal clock can provide, so the receiver internally solves for time as well as position.

Initially the GPS continuously takes the data from the satellite and stores the latitude and longitudinal positions in microcontroller’s buffer. If we want to know the path of the vehicle we need to send a message to the GSM which gets activated by receiving our message. At the same instant the GPS gets deactivated with the help of relay.  As soon as the GSM gets activated it takes the last received latitude and longitude positions from the buffer and sends a message to the particular number which is executed in the program. After the message has been sent to the user the GSM gets deactivated and similarly the GPS gets activated. This is a cyclic process.

Software: 

  • KEIL UV2 IDE tool
  • Functionality of all above components
  • Embedded C programming

Hardware: 

  • AT89S52
  • LCD
  • GPS MODULE
  • GSM MODULE
  • RS232
  • MAX232
  • RELAY

download Embedded GPS Based Vehicle Tracking System Abstract.