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.

RF Projects Circuits

 List of RF projects circuits projects:

 This category consists of RF ECE project abstracts, RF project circuits, RF project ppts and project reports. Here we provide latest RF projects proposed and update last year project circuit diagrams, project reports and ppts.

Here we provide entire project source code and project documentation and abstracts for RF projects.

Here are few links for RF projects circuits projects:

  1. Wireless Patient Heartbeat and Temperature Monitoring System   
  2. Wireless Electronic Notice Board Mini Project  
  3. Zigbee Enabled Intelligent Monitoring and Control System  
  4. Wireless Communication between PC and MicroController Project  
  5. Industrial Intruder Security System through RF Communication Project   
  6. Automatic Touch screen Based Vehicle Driving System 
  7.  Highly Secured E-Passport System Project  
  8. Implementation of TCP/IP Ethernet web services using ARM7 Project

Student Administration Automation System using RFID system

 Student Administration Automation System using RFID system is a generic electronics based application design to automate and enhance the manual work of recording and reporting in real-time, the Time and Attendance System in schools/ colleges/ private institutes. A Log is maintained in the Database, which contains timely information of the Tag’s Enter system and Exit system. From the log maintained, total Stay-In time of the Student in the class is calculated, if the time is equal to required time, he/ she is marked “Present” else marked “Absent” in the Database. In addition to this attendance, ‘Faculty Attendance’ is also marked in the Database. The Unauthorized/ Unregistered entry of Student/ Faculty/ Administrator is also checked. In order to aware the Parents/ Administration about Student/ Faculty Attendance, Warnings are generated and e-mailed showing their Absence / Presence information.

Student’s Attendance weight age is also calculated in order to confirm their eligibility to sit in exam. For example if they are absent for three classes in a Particular Course they are sent on probation. The whole data compiled after marking Attendance can be used to deduce different information i.e. depicting behaviors of Faculty, Students etc from the Records.

Download Student Administration Automation System using RFID system

Security management in airports using Rfid

  • Project Title: Security management in airports using Rfid
  • Software Specifications: Java Programming, MySQL, Rfid Reader and Tags

 Project Description: Security management in airports using Rfid has been implemented by using Java & MYSQL Open source database server. Airport security System has gone through tremendous major changes in last decade. Notably, these major changes have been driven largely by earthquake problems, terrorist activities, misplacement of passengers luggage, and several theft issues around the globe, to overcome & solve these serious problems Unique identification tags system should be used in airports for each Baggage tracking, ticket tracking, theft detection, employee tracking and to provide a secure environment at the Airport. These tags are known as Radio frequency identification tags.

Electronic Toll Systems Project

Electronic toll systems main objective is to implement a user friendly toll fee method which can save time and reduce traffic congestion at toll gates and provide solution for users to reach their destination without wastage of time.

In general toll gates are placed on high ways and collect money from travelers. In that process there are chances of frauds in money collection so using this method can reduce these problems and provide smooth travel across the country.

This system is presently implemented in countries like America, Canada, Australia …etc. This system works on RFID technology. Detailed explanation of project is explained in the attached document.

download Electronic toll system project report and paper presentation.

Energy Aware Tag Anti Collision Project

Energy Aware tag Anti Collision RFID technology is used to store & retrieve data through an RF integrated circuit. The main components of this technologies are a READER along with antenna, which is used to retrieve(READ or WRITE) data to the the TAGS. In the present existing system , the coliision of signals takes place, by which TIME DELAY & ENERGY CONSUMPTION occurs. By implementing this technology , Therefore with this system we can reduce collisions of signals & moreover reduce the delay time even. This can be done by the following procedure.

Even we need to take care of the resources which should be desired reliability, performance & low cost.

download Energy Aware tag Anti Collision Project reference document.

A Control Design for Vehicle Speed with Multilevel Using RF Technology

Project Description on Vehicle Speed Control:

It is a RF based technology which can work on EMBEDDED system. The main aim of A Control Design for Vehicle speed with Multilevel using RF Technology project is, now a days peoples are driving very fast, accidents are occurred frequently, we loss our valuable life by making small mistake while driving. So avoid such kinds of accidents to alert the drivers to control the speed for appropriate places (school zone, hills area, highways..).
In this project we use sensors to judge speed of the system as well as distance between one object to the other object and GPS is used to calculating accurate location of the objects. Using this automation system driver can take accurate measure to control accidents. For every sensor min and max thresholds are adjusted if moving vehicle cross those levels driver will be get alarm.

This project is also usefrll in ZIGBEE and WIRELESS communication.