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Final Year Electronics Project Automation of Network Protocol Analysis System

This project “Final Year Electronics Project Automation of Network Protocol Analysis System” which provides open source tools for developing software products into the networking domain. Wireshark, an example of an open source tool is used to analyze the packets and analyze its contents when such packets are broadcasted out of a system. Thus in a nutcase it is a measuring device and is used for examination of traffic of a network cable.

       This project automates the entire process beginning from sniffing of the packets till the validation. The logging part is automated through a C program. The network packets are stored in pcap format. Success or failure of the project is determined by the parsing logic. This logic can be further extended as per project requirements.

Project description:               

                   final-year-electronics-project-automation-of-network-protocol-analysis-systemThe main objective of the project Automation of network protocol analysis is to eradicate human effort and replace it with an efficient system that is automated to analyze network packets. The designed system comprises of a client as well as a server module. Client communicates with the server via an option. This option entered by the client calls an equivalent function. These functions are based on 3 types of logics.

              The logic corresponds to UDP, SIP and QOS parameters respectively. Another component is performed which serves to transform raw packets of data to pcap format by means of appending pcap header. The parsing logic is implemented by UDP and SIP modules. The result be it success or failure is given back to the client. QOS module is used to display the speed and delay which are classified as network performance parameters.

Conclusion:

    This project is used by network administrators to troubleshoot network problems and by network engineers to analyze security issues. The project gives a detailed list of software requirements that indicate functional as well as non-functional requirements.

Download Final Year Electronics Project Report on Automation of Network Protocol Analysis System

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Customer Complaint Management System Project

Computer science students who are interested in developing customer care related project, Customer Complaint management system project can be one of the options for selecting a project.Customer-Complaint-management-system-project

The main idea for developing this project is to replace existing manual customer service with a computerized customer service system in a telecommunication company. 

In order to provide better customer support for any telecom company customer support system should be effective. This system will increase company reputation by providing better services and request feedback from customers. As we know customers are key for identifying problems. 

Introducing Customer Complaint management system in to any organization can improve their services like.

  • Handling complaints from customer in a better way.
  • No chance of duplicate complaints.
  • Can provide standard services for a community.
  • Decision making at administrative level will be of higher standards. 

In present market scope for using this project is high. This application provides WAP services for customers through these service customers can use this system on mobiles, this feature can save time. As the information technology is growing widely, developing and maintain this application can be done with a minimum cost. This application can reduce 4 times the cost compare to the existing manual system. 

For more information on complaint management system you can download project report from this site for a free of cost. 

Customer Complaint management system document contains. 

System Analysis

Software Requirement Specification

Feasibility Study

Architectural Design

System Implementation

Screen Shots and Coding.

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Automatic Railway Signaling System Final Year ECE Project

Railway security is a very important aspect for a safe and secure transport system and ease for the passengers in travelling. However many challenges have to be overcome before this goal is reached. The project at hand titled “Automatic Railway Signaling System Final Year ECE Project” paves the way for safety and security.

                 automatic-railway-signalling-system-final-year-ece-projectThe security is ensured in four steps. First is the automatic opening/closing of the gates with the help of sensors placed at a few meters from the crossing roads. A controller is placed to coordinate the signals received by sensors. Then there are red and green signals for the train driver to proceed or halt. These signals are managed from the central control room.

Project description:

       In the project Automatic railway signaling system, the opening and closing is coordinated by reflection sensors. These reflection sensors are placed at a few kilometers from the crossing roads. The sensors transmit this information to the embedded controller which is connected to the gate. On the basis of signals received by the sensors, the controller operates the gates. 

         The protection of the track is ensured by providing a closed loop. If any crack exists then the loop is open and control room sends a sign to stop the trains from moving. The status is given by a LCD which shows the status of the gate. If there is problem with the track, buzzer will activated or else not.

Conclusion:

      This project has been successfully designed and tested. All the working parts of the project have passed scrutiny and after careful selection have been integrated then the project assembled. There is a lot of future scope and developments where add-on features can be included. Highly advanced ICs have been incorporated in the project for best performance.

Download Automatic Railway Signaling System Final Year ECE & EIE Project.

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Automatic Foot Dust Vacuum Cleaning Machine ECE Project

The goal of this project “Automatic Foot Dust Vacuum Cleaning Machine ECE Project” is to create a modernized and automatic process for cleaning the foot dust accumulated. This project is useful for use in hospitals, malls, and theatres etc where a lot of people are present. By putting the foot in the machine the dust is cleared automatically.

      automatic-foot-dust-vacuum-cleaning-machine-ece-projectThis project elucidates a simple mechanism which can be easily operated by people. The size of the device is small and compact and hence can be transferred from one place to the other easily. It provides brushes for cleaning and is designed safely so that even children can use it.

Project description:

             The ECE & EEE B Tech/ BE Final Project Report and Document makes use of an automatic sensor. Supply of 230 V ac is provided to the single induction phase motor which runs at its usual speed. The pulley of this motor is connected to the pulley of the main shaft via a belt drive. The main shaft’s rotation depends upon speed of motor and dimension of the pulley.

            Two brushes are mounted on the main shaft and they rotate because of the rotation of the main shaft. These brushes actually clean dust from shoes or foot.  The monitoring and controlling action of the entire system is coordinated by microcontroller. If there is any sort of obstacle, IR sensor gives a signal to the microcontroller which increases its count by one and this gets displayed on the LCD.

Conclusion:

               The main advantages of this project are that it eliminates manpower and decreases the operating time. Polishing can also be done t the same time. The design is simple and can be fabricated with ease. The expenditure incurred is also less. As specified above, it can be used in places where large numbers of people move i.e. at hospitals, museums, auditoriums, schools, etc.

Download Automatic Foot Dust Vacuum Cleaning Machine ECE Project.

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Design of Intranet Mail System Project

Final year students who are interested in knowing about mailing system and understand the procedure involved in developing a mailing system then Design of Intranet mail system project can help you to gain some knowledge. The main aim for developing this project is to understand steps involved in developing a mail application by updating few new innovative features in to this application and upgrade it to new version will be better choice for computer science students. Design-of-Intranet-Mail-System-Project

Intranet mail application is a mail client application with features like login, sending mail, deleting mail and forwarding mail where admin can add and delete messages in the network. This type of mailing systems can be seen in organizations for sharing information between employees. 

This application is developed by connecting client system to a Linux mail server and Apache is used as web server. This application will provide basic mail facilities as mentioned above where mail transferring is done through IMAP. Admin can delete user messages using Cyrus server.

 As regular mail systems this application will provide welcome page through which user should log in. Unless user name and password is not provided user cannot access his account.     

 SOFTWARE REQUIREMENTS    FOR DEVELOPING  Intranet Mail System.

     List of software’s required for developing this application is mentioned below. 

Linux Platform  

 The Debi an Linux is used for coding plat form.  

Apache Server                 

Apache server should be installed as web server. 

 MYSQL Server

For database storage MYSQL server should be installed. 

 Send mail Server 

                  Send mail server is a MTA agent. It should be installed for transferring the mails.

The protocol to be used is IMAP which serves as the Message Delivery Agent. 

For more information on this project you can download project report form this site for a free of cost.

Download CSE Analyzing of Design of Intranet Mail System Project. 

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Analyzing of Network Stack Parallelism Project

Final year students who are interested in developed bandwidth efficiency related project using threading concept this application Analyzing of Network Stack Parallelism project can provide better option for developing a project. As the new application are coming in market which takes lot of bandwidth had increased scope for developing better performance in using network bandwidths. In order to increase performance micro-processors had brought lot of change for efficient use of bandwidth. There is need to develop new processors for replacing existing uni-processors to handle continued performance growth.

Developing parallel Core processor had helped in handling stacks in order to increase performance compare to individual core processors. But there is need to bring new processors for handling network servers, this project concentrates to develop better processors for handling network stacks.

In present available network stacks Message based parallelism is handled using multiple threads for processing multiple message at the same time from single or multiple connections, this type of threading can be seen in Linux and FreeBSD.

Where as in Connection based parallelism, Threading is done through groups. Threads which are divided in two groups will handle connections which are assigned to them. This type of threading mechanism can be seen in Dragonfly’s BSD and Solaris 10.

In both the situations handling network using thread mechanism is good but there are few problems like locking, and synchronization problems. This application Network stack parallelism project will explore new ideas for better performance.

For more information on Analyzing of Network Stack Parallelism project you can download project report from this site for a free of cost.

Download CSE Analyzing of Network Stack Parallelism Project.

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Automated Water Tank Electronics Final Year Project Report

The main objective of the project “Automated Water Tank Electronics Final Year Project Report” aims at controlling water pumps with the aid of a logic circuit. It is automatic in nature and fills the water tank without manually switching it ON/OFF. The project is also coupled with a protection mechanism protecting the motor from ‘dry run conditions’. If there is no water in the source, the entire system shuts down preventing any motor damage.

             Not only this, this system checks for the purity of water. If there is excessive mud in the tank, the circuit indicates as well as switches OFF the motor. A numeric display counter is provided to see the amount of water level in the tank.

Project description:

           For the  Automated Water Tank Electronics Final Year Project Report, water level determining section is the input to the digital circuit. There are 2 levels at the top and bottom with the provision of two probes which sense the presence of water. The water presence checking section safeguards the motor from dry-run conditions. The pump set control logic is the heart of the project and controls all functions energizing the relay, providing set-reset conditions etc.

           The mud indicator is used to determine the mud levels and to shut down the system if required. The seven segment numeric display is used to gauge the water levels in the tank.

Conclusion:

         The project’s main advantage is that it provides an inexpensive way to automate the water pump set. It also consumes less manpower and saves electricity. The project can be further extended to incorporate microcontrollers such that the entire work is done on a single chip. For continuous DC supply, use of solar power can be used.  A cleaning unit can be incorporated to clean the water in the tank.

Download Automated Water Tank Electronics Final Year Project Report.

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Final Year B Tech ECE Project on Base Transceiver Station (BTS)

This project “Final Year B Tech ECE Project on Base Transceiver Station (BTS)” or cell site (BTS) is a device that assists in wireless communication between the given network and user equipment (UE). Devices that come under UE’s are mobile handsets, WLL phones, and computers possessing wireless internet connectivity. The network of wireless communication technologies maybe GSM, CDMA, WAN etc. it is important to note here that BTS is a part of the GSM system.           

              The Base transceiver system is a network element which maintains the air interface. It is responsible to manage signaling of air interface, ciphering and also speech processing.  Speech processing here refers to the set of functions that BTS performs to guarantee a connection that is error free.

Project description:

          final-year-b-tech-ece-project-on-base-transceiver-station-bts  The BTS, BSC and TC together combine to form the Base station subsystem (BSS) which is actually a part of the GSM network and is in charge of radio path control. This project focuses on the functions of the BTS (Base transceiver system). The BTS parameters are in charge of major parameters like what and which handovers, paging organization, radio power control and the most basic BTS organization.

    The BTS is maintained by the BSC. This simply translates into the fact that BSC is capable of separating a BTS from the network and also collecting alarm information. The BSC further synchronizes the BTS which is connected to the specific BTS. Synchronization is very important because it helps to coordinate calls and sometimes if it’s not done, calls may not be established.

Final Year B Tech ECE Project on Base Transceiver Station (BTS) Conclusion:

           This project thus establishes how important the BTS system is for wireless communication. Though it is a part of the BSS, yet most of the tasks are executed by Base transceiver system. In other words, it is the heart of the wireless system- a very important tool in the field of mobile communications. 

Download Final Year BE/B Tech ECE Project on Base Transceiver Station (BTS).

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Automated Fault Location System in Primary Distribution Networks

This ECE project “Automated Fault Location System in Primary Distribution Networks” aims at correcting faults by information provided by intelligent electronic devices (IEDs) containing oscillography functions present at substation level. The fault in the system can be corrected using information stored in a database. This project is supported by an algorithm which gives info about fault type as well as rejection ratio for better results.

A power system is said to a proper designed one if offers reliable supply and good quality. Many a times system’s reliability is influenced by short circuit problems which is a major consideration for a power system. To eliminate such faults in the power system, they have to be located and the cause supporting them destroyed. By doing so a power system will be able to function in an efficient way. 

      Project description:

   In this ECE & EEE B Tech/ BE Final Project Report and Document IEDs are connected to a voltage feeder which monitors voltage as well as current signals. A computer is placed at the substation via a communication link and also connected to LAN. 8 software modules are built in the fault location system. The algorithm used for fault detection uses DSP for its operation.

          To determine the instant of fault occurrence, it uses discrete Fourier analysis. The DSP module then estimates the power in the pre-fault and post fault stage. By studying the circuit breaker status and load rejection it then sets to classify the faults as either permanent or transient. If the circuit breaker remains closed, no load rejection is present.

Conclusion:

            This project is a step above the traditional methods and an excellent tool to operate the distribution network in a more efficient way, locating faults far off from the substation. High accuracy and stability is ensured by the project. As a result expenditure on maintenance is reduced thereby reducing the overall operational cost.

Download Automated Fault Location System in Primary Distribution Networks Final Year ECE Project.

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Unconventional Propulsion Technologies Project Report

This Unconventional Propulsion Technologies Project Report gives details on Unconventional Propulsion Technologies in aerospace. The report begins with Introduction and other contents of the report are air propulsion, Spacecraft propulsion. The subject of unconventional propulsion is very wide covering devices such as ducts, propellers, pre-swirl and post-swirl devices through to oscillating propellers and even winds propulsion. This report is concentrated over unconventional methods that can be used for air propulsion and space propulsion.

The word propulsion is come from Latin words “pro meaning before or forwards and pellere meaning to drive.” It means to push forward or drive an object forward. A propulsion system is a machine that develops thrust to push an object forward. Propulsion: known for its secondary importance about the general, behind its major energy imposter.

In technological advances and all, by far the least alternative improvement has been succeeded in the utmost greatest importance right behind alternative energy methods. In an ancient period, the means of propulsion was animals, later being supplemented by wind power was used for sailing ship. From the time of Industrial Revolution, mechanical propulsion has been possible; at the beginning use of steam engines was started. Most vehicles were using an internal-combustion engine, with various energy sources to power them.

There are various energy sources to power. They are generally categorized as Vehicle propulsion, Air propulsion, ground propulsion, Marine propulsion, Spacecraft propulsion. Air propulsion is defined as moving an object through the air. This report explains various unconventional methods for air propulsion. Spacecraft propulsion is a method used to accelerate spacecraft and artificial satellites the report further explained about the spacecraft propulsion and its classification, advantages and disadvantages.             

Conclusion:

Unconventional Propulsion Technologies is to develop guidelines for carrying out propulsion tests and extrapolating the results to full scale for propellers with ducts, partial ducts, pre-swirl and post-swirl devices, tip plates and Z-drives. Propulsion Technologies is to Inspects, maintains, modifies, tests, and repairs propellers, turboprop and turbo shaft engines, jet engines, gas-turbine turbine engines, and engine ground support equipment (SE).Manages aerospace propulsion functions and activities.

Download Unconventional Propulsion Technologies Project Report.