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

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

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

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)

Library Automation Using RFID (Abstract)

In this LIBRARY AUTOMATION USING RFID (ABSTRACT) project the we are using the RFID technology for identifying the books and persons based on unique Tag number and LPC2148 Microcontroller which is ARM7 architecture will process the data and sends it personal computer side data base in which the data base will be maintained about the Person who is taking the book and which book he is taking and that data base will be updated when the book is returned.

SOFTWARE Requirements: Embedded ‘C’ Programming Language.

TOOLS Used : Keil software product, Flash Magic Application

TARGET DEVICE: LPC2148(ARM7) Microcontroller.

APPLICATIONS:Library Management System in the schools, colleges, Universities.

ADVANTAGES: Low price, automated easy way of updating the books taking and returning information

BLOCK DIAGRAM Contains:

  • POWER SUPPLY
  • RFID Reader
  • LPC2148(ARM7) Microcontroller
  • PERSONAL COMPUTER
  • LCD DISPLAY
  • Book’s RFID Tag
  • Student’s RFID Tag

Download Embedded Systems Final Year LIBRARY AUTOMATION USING RFID (ABSTRACT)

Two-Dimensional Position Detection System with Mems Accelerometer for Mouse Applications

Two-Dimensional Position Detection System with Mems Accelerometer for Mouse Applications (ABSTRACT) Mouse Initiative is a motion sensing glove with buttons on it that plugs into your computer to function as a mouse.  Accelerometers seemed to be the ideal sensor for constructing a hand-mounted pointing device.

The switches are used for incrementing and decrementing the mouse speed.This Project is the Best Selective Final Year Embedded project for Electronics & Mtech Bases Embedded Systems Students.

SOFTWARE: Embedded ‘C’ Programming Oriented Language
TOOLS: Keil Software Toll,Flash magic Software Tool
TARGET DEVICE: LPC2148(ARM7) Microcontroller.
APPLICATIONS: General usage of all Mouse Applications.
ADVANTAGES: Low cost Device, automated operation, User Friendly device,  Low Power consumption. More secure & Reliable.

Other Devices:

MEMS
Accelerometer
ARM Controller
Switches
Voltage level converter
Personal computer

Download Two-Dimensional Position Detection System with Mems Accelerometer for Mouse Applications Abstract

Two Channel Temperature Logging for Furnaces (Abstract)

AIM:   The main aim of the TWO CHANNEL TEMPERATURE LOGGING FOR FURNACES Project is to develop a data logging system for furnaces in industries through wireless communication.

DESCRIPTION: In this 2012 project we are going to sense the information from the different sensors placed at the remote locations at the industry and that sensed information is send the PC present at the control room. Which has to be monitored by Engineers. Here the sensors we are using are the four temperature sensors connected to the furnaces in the industry that sensed information is send to the control room through the wireless communication technology .i.e., Zigbee. And that sensed information is displayed on the PC’s Hyper terminal.

The sensors information is given to the internal ADCs present in the LPC2148 microcontroller which converts the Analog to digital which will send to the zigbee for wireless transmission.

PURPOSE:

The purpose of this Embedded System Final Year project is to measure temperature values from different furnaces in industry and to send this information to the PC connected at the control room.

SOFTWARE USED:

  1. Embedded C
  2. Keil MicroVision
  3. Flash Magic

HARDWARE USED:

  1. 1.  Micro controller
  2. 2.  Power supply
  3. 3.  Temperature sensors
  4. 4.  MAX 232

TRANSMITTER SECTION:

  • POWER SUPPLLY
  • TEMPERATURE SENSOR1
  • TEMPERATURE SENSOR2
  • LPC2148 (ARM7) MICRO CONTROLLER
  • ZIGBEE

RECIEVER SECTION:

  • MAX 232
  • ZIGBEE
  • PC
  • POWER SUPPLY

POWER SUPPLY:

  • Step Down Transformer
  • Bridge Rectifier
  • Filter Circuit
  • Regulator section

RESULT:

             Hence, by using this project, the data is collected by the Control unit with the help of the RF communication. That data which is received is displayed on PC and can be stored for future reference.

Download Two Channel Temperature Logging for Furnaces (Abstract).

Application and Evaluation of High Power Zigbee Based Wireless Sensor Network in Water Irrigation Control Monitoring System

Application and Evaluation of High Power Zigbee Based Wireless Sensor Network in Water Irrigation Control Monitoring System  (ABSTRACT)

This project demonstrates the concept of “Zigbee Based Wireless Sensor Network in Water Irrigation Control Monitoring System”. It is time consuming and need of manual application on a irrigation system to control the pumping the water to the farm filed. Using this Zigbee based wireless technology we can control the pumping of the water according to condition of the soil at the remote location

Some of the other devices can be useful for this 2012 Embedded system project, Those are ZigBee based Central system, Zigbee Based Module, LPC2148 (ARM7) Microcontroller, Power Supply Cable, Moisture Sensor, LCD, Motor

Software & Hardware Requirements:

SOFTWARE: Embedded ‘C’

TOOLS: Kei Tool, Flash magic Toll

TARGET DEVICE: LPC2148(ARM7) Microcontroller

APPLICATIONS: Irrigation Controlling, Soil Monitoring 

ADVANTAGES: Low cost method, effectively controlled, can be implemented to monitor the Soil status, Accordingly we can control the water pumping also.

Download Application and Evaluation of High Power Zigbee Based Wireless Sensor Network in Water Irrigation Control Monitoring System Final Year Embedded system Project Report.

Microcontroller Based Neural Network Controlled Low Cost Autonomous Vehicle

Microcontroller Based Neural Network Controlled Low Cost Autonomous Vehicle Working:

The Microcontroller we are chosen here is LPC2148 ARM controller. This ARM controller consists of two RS232 ports which is able to communicate with GPS and GSM modem at a time. The operating voltage of ARM is 3.3v which will be done in power circuit block. The target location values (Longitude & Latitude) are sent as message to GSM module which is connected to the Controller. The controller will analyze the current position values of the vehicle and comp [area it to destination position value and make the motors to rotate such that it reaches the Destination. When  going to the destination if there is any obstacle  it will be observed by using IR Transmitter and Receiver and make the vehicle to rotate and move to destination position. Once the vehicle reaches the destination the Buzzer will switches on.

SOFTWARE: Embedded ‘C’ programming Language

TOOLS:  Keil Software , Flash magic tool

TARGET DEVICE:  LPC2148Microcontroller

APPLICATIONS: Neural Network Controlled Low Cost Autonomous Vehicle

ADVANTAGES: Low Cost, Secure & reliable.

Other Devices Used:  POWER SUPPLY Cable, BUZZER, MOTOR DRIVE, IR TRANSMITTER,

IR RECEIVER, GSM, GPS, ARM CONTROLLER LPC 2148

Download Microcontroller Based Neural Network Controlled Low Cost Autonomous Vehicle Embedded System Final Year Project

Adding New Functions to the Remote Airfield Lighting System Abstract

Adding New Functions to the Remote Airfield Lighting System (Abstract)

This project “Adding New Functions to the Remote Airfield” will be useful for power saving at the flight run runways and will be useful for safe landing of the flights by showing the correct runway path with high intensity LED’s. This Embedded System project uses the Solar panel for power supply which will be charged during the day time and that supply can be used for night timings. Also this project will be using the Zigebee based wireless technology for transmitting the signals from the flight to the landing area.

In this Final Year ECE Embedded System 2012 project we are going to use LPC2148 (ARM7) based microcontroller.

SOFTWARE: Embedded ‘C’ language.

TOOLS: Keil Software , Flash magic Software

TARGET DEVICE: LPC2148 microcontroller

APPLICATIONS:  Lightning control at Airfield run ways

ADVANTAGES:  Power saving features, low cost technique

Download Adding New Functions to the Remote Airfield Lighting System Embedded System Final Year Project