An Ecc Based Threshold Cryptography for MANET Projects

An Ecc Based Threshold Cryptography For MANET projects main idea is to implement security for data inside Mobile ad hoc networks using simple techniques where power consumption, memory, bandwidth are used in limited ratios and without using any centralized hardware. Basically in Mobile Ad-Hoc networks wireless nodes are interconnected without any prescribed network topologies so they are called as self organized networks. These systems works without any centralized administrators master node and public authority to connect with a node.

Because of it uneven nature of connection maintains security is important factor. But there are few factors which need to be considered before implementing. This paper will explain cryptography techniques which will full fill the needs of MANET network systems.

download ECC based Thresold Crptography for MANET project full documentation.

Data cum Encoding System for Army Application Project

Data cum Encoding system for army application projects main idea is to implement a RF based data security system which will encode data while transmission and decode data at the receiving end when user enters password in between if data is hacked data is shown in encoded format.

In this project we use voltage level converter MAX232 for encoding data before transmitting. micro controller which is connected to MAX232 will send encoded message through RF transmitters. At the receiving side RF receiver will receive message and reverse process will continue.

In this project we develop c code and integrate to micro controller. Micro controller will be the center part of the system which will take decisions. Keil and Express PCB are the tools used in this project.

Simulation of Transmitted Reference Ultra Wideband Communication

Project Title:   Simulation of Transmitted Reference Ultra Wideband Communication

Project Description: The objective of this Simulation of Transmitted Reference Ultra Wideband Communication project is to present ultra wide band communication in a wireless   industry. The general principle used in UWB technology is use of short pulses instead of Continuous waves to transmit information in the order of nano-seconds. This technology has a huge bandwidth and it allows high data rate and low power applications. This final year project employs extremely narrow RF pulses to communicate between transmitters and receivers.TR-UWB is suitable for Gaussian waveform and its derivative. Now the noise is add to signal and detects in receiver design. To calculate the BER and DATA RATE. It can be used in multimedia applications, effective detection and decoding algorithms. The main aim of this Electronics & Communication Engineering project supports many applications communications, measurement systems, wall imaging systems to detect objects contained in Walls and vehicular radar for collision avoidance.

PC Based Digital IC Tester Project Abstract

PC based Digital IC Tester projects main idea is to implement a graphical user interface for testing circuit components like IC digitally. In every industry and hardware electronic devices that are present in the market work on circuits so while developing a circuit board for a electorinic device every component is tested thoroughly. While testing circuit board if there is any problem it is hard to find out what exact problem is  it may be whether components or circuit boards. In this case it is a time taking process to deal with problem manually.

So in order to overcome this problem we implement a PC based Digital IC tester. In this project we use graphical GUI through which we can select the component name and test the circuit. Initially circuit is connect to the system with required hardware.

download PC based Digital IC Tester project reference document.

RC Phase Shift Oscillator and Fire Extinguisher Robot Project Abstract

RC phase shift oscillator and fire extinguisher robot projects main idea is to implement a robotic application which can control fire break downs and help in fire accidents where human beings cannot reach and solve the problem.

In this project we use RC Phase Shift Oscillator to change variations at a particular frequency where phase shift varies at 360 degrees. By using single stage inverter like tube, transistor or inverting opamp works only for 180 degrees phase shift in order to control remaining 180 degree phase shift we use other external networks of resistor and capacitors.

Using this application in chemical, mechanical industries can be helpful and save money by reducing the damage of property and human lives when there are any fire accidents.

Visitor Counter Using Pic Micro Controller Mini Project

Visitor counter using pic micro controller mini projects main idea is to implement a simple electronic application using sensors, micro controller and sensors to count total number of visitors inside room. This calculation is done by counting every person who is entering in to room and minus total number of persons leaving the room. Sensors are placed at entrance to count incoming and outgoing persons. Sensors will communicate with micro controller and program written in to microcontroller will calculate the total result based on these inputs and send to seven segment LCD display.

Code is written in c language and result is displayed on LCD screen. In this application we use PIC 18f452 micro processor.

download Visitor counter using pic micro controller mini project circuit diagram.

Flexible Rollback Recovery in Dynamic Heterogeneous Grid Computing

Project Title: Flexible Rollback Recovery in Dynamic Heterogeneous Grid Computing.

Platform: Java – JDK 1.5.

Back End Server: MySQL Server 2000,

 Software Tool: Eclipse.

Project Description: In this Flexible Rollback Recovery in Dynamic Heterogeneous Grid Computing project it presents two fault-tolerance mechanisms called Theft-Induced Check pointing and Systematic Event Logging.

When any process gets crashed means it gets automatically recovered from the previously saved states. 

In this can able to monitor the individual client process which is carried out for the efficient recovery in dynamic heterogeneous systems as well as multi threaded applications.

Autonomous Vehicle with Obstacle Detection

Project Title: Autonomous Vehicle with Obstacle Detection

Developer Responsibilities:

  • Prepared work-in-progress presentations and final presentation to report project status to HOD.
  • Complete evaluation/documentation/feedback forms at the end of the project.

 Software’s used:  Keils

Project Description:

       Autonomous vehicle with obstacle detection is a robotic based embedded project. A vehicle is moving on the road, whenever obstacle is came in front of the vehicle then the vehicle will stop and it goes back after  rotate it another direction and move forward direction. . The obstacle is detects the IR sensor, and give the sensor output to the input of microcontroller. It controls the vehicle directions based on the embedded C program which dumped in ROM. The microcontroller is handling the vehicle motor by using H-Bridge technique.

Application of Autonomous vehicle with obstacle detection:

  • In Mines for detecting obstacles in the way and helpful to find a path.
  • These robots are also used in space applications.
  • This project is helpful for finding obstacles for the vehicle in other planets .so that they can move freely and capture the surroundings. Eg: like in mars.
  •  In Autonomous Vehicle with Obstacle Detection project The developer has done program and designing of hardware.

Industrial Automation and Monitoring System

Project Title: Industrial Automation and Monitoring System.

Organization: MY Labs.

Project Description: This Industrial automation and monitoring system project is used to provide security to the machines by setting passwords. This project was developed with embedded c programming language, Micro controller-AT89S52 and RS 232 CONVERTER (MAX 232N) used to develop this project.

Download Industrial Automation and Monitoring System

Automatic Power Factor Controlling

Project Title: Automatic Power Factor Controlling.

Organization: ESRD, Hyderabad.

Project Description:  This Automatic Power Factor Controlling project is used to control the power factor automatically. It increases the productivity without increasing the hidden cost. Small industries need to maintain the power factor to the prescribed level of electricity board. When we all maintain power factor, line losses will be reduced thereby loss to the electricity board will be marginally reduced which can save the nation to provide power in an efficient ways.

Download Automatic Power Factor Controlling