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Highly Secured E-Passport System Project

  • Project Title    : Highly Secured E-Passport System Project
  • Equipment      : AVR Microcontroller

Project Description: The main objective of Highly Secured E-Passport System microcontroller project is to provide the protection to the user’s passport from the fraud passports. The previous system has lots of draw backs and disadvantages like in the form of a book which can be corrupted easily by interchanging the photo graph and signature of the user. By using this electronics project we can give more protection to the passport, Here in this ECE application we have implemented a card based on RFID technology. The card is invisible to everyone and the user details can be stored in the card using RFID and the passport holder will be dumped into the card along with the below three secure functionalities.

1. A text based password which will be known to the passport card holder.

2. His digital photograph for face recognition and thumb impression.

3. IRIS picture for iris recognition module.     

This entire project was developed with AVR microcontrollers within 3 months of time for final year innovative project submission.

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RFID Proximity Based Checking, Detecting Expiry Date & Stock Updating

RFID Proximity Based Checking, Detecting Expiry Date & Stock Updating is electronics based final year project based on RFID technology. Different RFID tags or cards are assigned to different products or items. By using these cards, we can easily detect the available stock of any particular item. When some amount of item gets added into the stock, the updated stock is detected by the RFID tags. In the hardware part, there is a power supply unit, an ATMEGA 16 microcontroller, a LCD, one RFID reader module, one alarm or buzzer used to implement it.

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Multichannel Wireless PLC Based DC Motor Protection EEE Project

This Multichannel Wireless PLC Based DC Motor Protection EEE Project was designed to protect the DC motor from fault. The programmable logic controller (PLC) designed here is basically for monitoring the different parameters of AC motor and protect the AC motor against the fault. If there is any fault in AC motor, then protective relay trips. This final year EEE Electrical & Electronics Engineering project is working adequately in the laboratory test condition and indicating the faults at the computer perfectly.

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PC Based GPS Microcontroller Project

The approach of modern high-speed methods and the developing PC capacity gave the actual chance for modern rate productive methods and identifying modern concepts of novelties. The technical development along with requirement for great accomplishment methods made it quick and very fast and very imaginative items with the help of advanced and drives functional algorithms.

This PC Based GPS Microcontroller Project study mentions the modern economical answer to global positioning systems. The PC BASED GPS DRIVER is utilized for diverse sophisticated uses. The control system includes computer and the GPS receiver which gather the information from the satellite and the interface kit that transfers the information to computer by the sequence port.

The conversion software is improved with the help of high-level language of graphical programming (visual basic). The entire solution of the global positioning method is portrayed under this project. The GPS receiver gets the information in the form of longitude and latitude from the satellite to get the actual place of the receiver kit on the Earth and the actual-time position is seen on the map.

A Global Positioning System (GPS) is the navigation system of satellite which functions over the constant transmitting radio intensities of high-frequency including the location and time of the satellite with respect to Earth. A GPS receiver gets the data from three or more satellites and it measures the place of the subscriber on the planet. The receiver focuses among 3 and 15 meters and hence the user can be positioned. Based on many calculations, the receiver is able to measure the distance to destination, speed, trip time, sunset, altitude, sunrise etc.

 Conclusion:

PC Based GPS Microcontroller Project is concluded that the concepts of sequence information transmission mean that information is moved like the information is transformed from bitwise of transmitter to receiver consequently. For this, the sequence port includes parallel bits of 8, 16 or 32 from the information bus and moves that to obtain 8, 16 or 32-bit.

Download PC Based GPS Microcontroller Project.

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Optimization and Automation of Water Cooling Facility Using PLC Project

The Optimization and Automation of Water Cooling Facility Using PLC Project aims on three concepts. Energy conservation calculates over chosen switching and accuracy control, automation of the energy and Plant security over the method of PF development.

A Programmable Logic Controller (PLC) is supposed to combine for the automation portion of the project. PLCs possess great character included in automation and under uses of discrete and process within company function. PLCs are utilized greatly within control systems in which electromechanical relays are utilized formerly.

 PLC would create the method very flexible and simply sustainable-friendly and up-gradable. The step is even created to search the expectation of orienting the equipment-connected PF developing the capacitors to save power.

Group-connected PF developing capacitors are utilized under FACT and it is determined to decrease the maximum request than power consumption. The Btech/BE project creates the review on techno-economic feasibility of supplies-connected and PF developing capacitors for the supplies in Cooling Tower.

The objectives of the ECE/EIE project are to choose the switching and accuracy function of cooling tower fans to save the power, choose the switching of cooling water pumps, techno-economic feasibility review of supplies-connected PF developing capacitors, and automation of functional of cooling water convenience with the help of PLC.

 Conclusion:

 Optimization and Automation of Water Cooling Facility Using PLC Project is concluded that the cooling water facility gives the high impact for energy production over the method of chosen switching and accuracy control of many tools like the use of energy of fans and pumps which is directly proportional to accuracy cube, decreased in accuracy depending on amount and feature of cooling water needed to secure the great quantity of power.

Download Optimization and Automation of Water Cooling Facility Using PLC Electronics and Communications Engineering Final Year Project.

Related Projects Links:

Power Plant Optimization Demonstration Projects Report