Category: CSE Projects

Download All Computer Science Engineering Final Year Projects, Project Abstracts, Project Reports, C, C++, JAVA, .NET, C#, VB, PHP Projects. CSE projects listed here covers different topics in java for final year students for free download.

Posted on

Web Based Meeting Scheduler Project Documentation

Introduction to Web Based Meeting Scheduler Project:

Web based meeting scheduler project is implemented in java platform using MYSQL database as back end application. Main aim of this project is to develop a online application through which users can easily communicate and schedule appointment for online meetings.  This application is designed for organizations where communication between employees , project leaders and clients are important.

This application is implemented in eleven modules admin, login, user management, host meeting, meeting room booking, view minutes, conference bridge call booking, cancelation of meetings, view meetings and notifications.

Admin:

Using this module user can manage meeting rooms, lock and unlock users account and arrange meetings and host meetings.

Login:

In order to use this application uses should first register with application by filling online form and get unique username and password. Using these details users can use remaining module features.

User Management:

This module is for users to manage their account information like changing user name and password and registering new users and other security features. Security is provided for user passwords and if users miss three login failures account will be blocked.

Host Meeting:

Using this module user can arrange meeting schedules by taking basic details like data, time , subject , agenda and comments. For every new meeting user is provided with unique id which will be useful as reference. Using this meeting id booking rooms and other operations are inter linked. User will be provided with new screen for booking and bridge calls.

Meeting Room Booking:

Using this module user can book room from meeting room. User is providing with available and booking rooms details and user need to fill online form for online booking.

Other module details are explained in the project documentation which can be downloaded from below link.

Download Web based meeting scheduler project documentation from this link.

Posted on

Generic Database Editor Java Project Report

Introduction to Generic Database Editor Project:

Generic database editor project is implemented in java platform using HTML,CSS and java script for designing web pages. Main aim of this project is to develop a software application through which users can access multiple database from single interface called as generic database editor. In existing system there is no such interface through which databases like MYSQL,MS-ACCESS, oracle  databases can be accessing without logging out from any database. In real time scenario it is a time taking process for programmers to work on different databases and modify details.

This application will provide solution for interact with multiple database and users can also test, build PL/SQL statements, procedures, triggers and functions. Using this application we can modify, delete, view, add, and edit all database objects. This will help in providing efficient way to write scripts and queries.

Generic database editor application will be useful in software industry for programmers who work on multiple databases and even for normal users.

Features of using this application is GUI interface for different databases, flexibility, easy maintenance, easy to import and export data and alter the table structure.

System features is divided based on seven modules structure module, properties module, sql querying module, insert database module, export database module, dml operation module and search operation module.

In this project report we provide detailed explanation on project description, system features and external interface requirements. Students can find more related project reports with source code from this site

Download generic database editor java project report from this link. 

Posted on

Windows and Linux Cluster Project Report

Introduction to Windows and Linux Cluster Project:

Windows and Linux cluster project explains about developing a high performance cluster in both windows and Linux operating systems. Clustering is the process in which different computers are loosely couple closely and share information and in most cases entire setup is considered as single computer. Clustering method provides high availability and high performance. Main use of using clustering is to improve performance with less cost.

Clusters are divided in to three types grid clusters, load balancing clusters and high availability clusters. 

High Availability Clusters: 

    This is also called as fail over cluster which is used to improve availability of services. In this redundant nodes are used these are used when available system components are failed. In this method compulsory two nodes are used which is minimum requirement for providing redundancy. 

Load balancing clusters: 

In this clustering method work load is accepted through one or more front ends and share load to different back end platforms like sun grid engine, LSP HPC , maui cluster and moab cluster scheduler. 

Grid Cluster:

 In Grid cluster different computers are connected in a dispersed manner and they are not fully trust worthy to each other. This clustering method is closely related to cluster computing. Grid computing is like a computing utility compare to single computer. 

In present scenario developing high performance computing technology is our reach with availability of standard servers.  Present available clusters can range from few nodes to hundred of nodes. In past clustering technology maintenance, wiring, provisioning, configuring, installation used to be complex job. In this project we explain about cluster in windows and Linux. 

Students can find more related projects and seminar topics from this site with source code, project reports and paper presentations for free download.

Download Windows and Linux Cluster Project Report from this link for free download.

 

Posted on

Multiple Routing Configurations for Fast IP Network Recovery Project Source Code

Introduction to Multiple Routing Configurations for Fast IP Network Recovery Project:

Multiple routing configurations for fast IP network recovery project is implemented using java swing as front end and JFRAME builder are tools used. Main aim of this project is to develop a efficient network model for reducing link failures by implementing multiple routing configurations. In present scenario internet is the common place for every communication system. Because of issues in routing protocol network link failure has became as serious issue. In this paper we propose a effective model for reducing link failure problems. MRC can be implemented by slight modifications to existing solutions. In this project we analyze result of existing system and proposed system in terms of scalability, back up path lengths, and load distribution. Using MRC congestion in traffic is reduced and also distribution of recovered traffic.

Proposed system works effectively for recovering link failures with a single mechanism for handling both node and link failures and recovery can be performed without knowing the basic root cause. By implementing MRC model additional information on routing is updated which will help to route packets when their link failure in the network.

In existing system network wide IP  re coverage method is used for  handling link failures which is a time taking process and followed by routing instability. In this process packets are dropped because of invalid routes. In order to solve this problem researches had proposed effective methods.

Students can download full project documentation, paper presentation, dfd diagrams, data flow diagrams, UML diagrams, class diagrams, system testing, implementation and more related documents with entire project source code for free download.

Download multiple routing configurations for fast IP network recovery project with source code from this link.

Posted on

Monitoring the Application-Layer DDOS Attacks for Popular Websites Project Source Code

Introduction to Monitoring the Application-Layer DDos Attacks for Popular Websites Project:

Monitoring the application layer DDoS attacks for popular websites project is developed using AWT swing as front end and MYEclipse as back end database. Main aim of this project is to reduce distributed denial of services attacks on websites using an access matrix in which Markova model is proposed to describe dynamics of access matrix.

Distributed denial of service is one of the serious issues in internet which causes damage to server and also restricts development of new internet services and loss to websites. These attacks are carried out at network layer and cause issues like ICMP, SYN and UDP flooding. These attacks use large amount of bandwidth and deny services of the attacked system. Other form of DDOS attacks are like using large amount of data by pulling image files form server systems and collapse server.

In proposed model hidden Markova model is proposed for dynamics of access matrix and trace DDOS attacks. In this method we use web traffic data for analyzing for analyzing traffic. Though they are many algorithms are proposed to reduce distributed denial attacks but FAST ICA algorithm is used in this system because of its good performance and fast coverage while calculating parameters.

This application is developed using N-Tire architecture model and 2 –Tire client server model can provide best solution for rapid prototyping. Distributed application design and architecture systems are implemented in N-tire architecture because of security, availability and scalability, manageability, easy maintenance and data abstraction.

Students can download full project documentation, paper presentation, database details, project source code and project abstract, dfd diagrams, data flow diagrams, class diagrams and flow graphs.

Download Monitoring the application layer DDoS attacks for popular websites project from this link.

Posted on

A Concurrency Control Protocol for Clipping Indexing Project Source Code Report

Introduction to A Concurrency Control Protocol for Clipping Indexing Project:

A concurrency control protocol for clipping indexing project is developed in java platform using MYSQL as back end database. Main aim of this project is to implementing efficient concurrency mechanism for multi dimensional databases. In present scenario usage of multi dimensional database is seen in many applications in order to provide fast querying or searching capabilities R-tree mechanism is implemented but it does not work efficiently with multi dimensional database systems because of problems in R+ trees can be indexed in multiple levels. In order to solve this problem in this paper we propose concurrency protocol for R+ tree variants with object clipping which is also called as granular locking for clipping indexing.

Using this concurrency protocol we can provide efficient operations like dead lock free, serialization and improve consistency.

This application is developed in five modules login registration module, detecting dead lock module, eliminating dead lock, query processing.

Login registration module:

Main functionality of this module is to provide security for users and allow users to register with application for using other modules. User is provided with unique username and password.

Detecting Dead Lock:

This module helps in finding out deal locks in the network and analyzes critical information.

Eliminating Dead Locks:

Using this module we can prevent is avoiding dead locks.

Query Processing:

This module helps in normal query processing.

 In this project we provide entire project documentation with UML diagram, class diagram, object diagram and state diagram, sequence diagram, database, video file and project source code for free download. Students can use video file for understanding project execution

Download concurrency control protocol for clipping indexing java project from this link.

Posted on

Flexible Rollback Recovery in Dynamic Heterogeneous Grid Computing Project Source Code

Introduction to Flexible Rollback Recovery in Dynamic Heterogeneous Grid Computing Project:

Flexible rollback recovery in dynamic heterogeneous grid computing project is implemented in java platform using MYSQL as back end database. Main aim of this flexible roll back recovery project is to implement two effective mechanisms called theft induced check pointing and systematic event logging protocols. Main functionality of this protocols is to solve network problems like packet crashes in network, reduce problems in reliability and increase  efficiency in packet transmission in wireless networks. In existing wireless networks which work on grid and cluster are not reliable. Main reason for this problem is node failure and requirement of dynamic configuration over extensive runtime.

In this project we mainly deal with above mentioned protocols which work on data flow graphs, which will provide best recovery method in heterogeneous systems and multithreaded applications. In this method we can recover data even under different number of processors.

In present scenario GRID and cluster architecture is playing important role in developing parallel applications. Because of computational nodes, high storage, inter connectivity between networks and other factors maintaining reliability in these networks is a challenging task.

This project is developed in four modules login registration module, node analysis module, and node selection module and transmitting data.

Login/Registration module:

Main functionality of this module is to provide authentication mechanism for user for accessing different modules on the project. User is provided with unique username and password through this module.

Node Analysis:

There will be a cluster of node analyzing which is efficient node

Node Selection:

Using this module use can select node from the cluster.

Transmitting Data:

 Using this module we can transmit data by selecting user specified node.

Here we provide flexible roll back full project report, database, database tables, video file, and entire project source code for free download.

Download Flexible rollback recovery in dynamic heterogeneous grid computing project java project from this link.

Posted on

Evaluating the Vulnerability of Network Traffic Using Joint Full Project Source Code and Report

Introduction to Evaluating the Vulnerability of Network Traffic Using Joint Project:

Evaluating the vulnerability of network traffic using joint project is a networking related project which is implemented in java platform. For every wireless communication network systems security and data integrity are the key factors for providing efficient service and reducing risks that are caused form unauthorized users. In existing wireless communication networks security at node level is very poor it is easy to hack cryptographic keys from memories. This type of attacks are normally  seen in wireless  communication systems because of unattended operations of wireless nodes and not implementing tamper resistance related hardware systems inside network. In order to solve node attacks issues in network we propose a class route vulnerability metrics by combine analyzing routing protocols and key assignment protocols. In this project we use GNAVE algorithm for illustrating node capturing attacks and compare results of GNAVE algorithm results with existing node capture strategies. In order to distinguish between existing and proposed performance we test performance using simulators.

This project is developed in five modules network module, key assignment module, adversarial module, route vulnerability module, circuit theoretical model.

Network module: This module works on client server module in which application works on two different hardware client and server. Server is a high configured hardware system which will respond for client’s requests.

Key assignment module: This module functionality is to measure security in wireless network as the function of two protocols routing protocol and key assignment protocol.

Adversarial Module:  This module helps is evaluation traffic related information in a network  and analyze weakly secured connections in a network. Using this module we can mount a node capture attack.

Students can download Evaluation the vulnerability of network traffic using joint entire final year project with bibliography, hardware and software specifications, implementation, screen shots, system design, system study and system testing documents with project source code of each module for free download.

Download  Evaluating the Vulnerability of Network Traffic Using Joint Full Project Source Code and Report.

Posted on

A Routing-Driven Elliptic Curve Cryptography Based Key Management Scheme for Heterogeneous project source code

Introduction to A Routing-Driven Elliptic Curve Cryptography Based Key Management Scheme for Heterogeneous:

Routing driven elliptic curve cryptography based key management scheme for heterogeneous project explains about concept of developing a efficient sensor based systems using heterogeneous sensor networking model called as HSN. This system works on key management cryptographic techniques which is important factor for security in communication networks. Each sensor nodes share these keys without any issues of where they are located, because of this method large amount of load should be handled by nodes. In many to one traffic method data from different nodes are send to base station which causes problem of load sharing and only few amount of data is shared between neighbor nodes.

Considering these issues in existing system we develop a routing driven key management scheme in which cryptography keys are shared between neighbor nodes for effective communication. Key management scheme works on elliptic curve cryptography and this method provides an effective method to handle security, load, power management a less communication.

In present scenario wireless communication and sensor communication technology is mostly used in military, household, environment, health care related applications. But in existing system every sensor node has same capabilities which cause poor fundamental performance limit and scalability. In order to overcome these issues we propose heterogeneous sensor networks.

In this project we provide entire project source code and database. This project is implemented in java platform using mysql server. In order to run this application initially sql server setup should initialized and run run.bat file and enter nodes in the cluster and then cluster header interface is displayed where user should enter cluster name and cluster node and register to generate password key. Detailed explanation of project execution is provided in video file.

For more information on this project students can download project abstract, source code and video file from below download link.

Download Routing driven elliptic curve cryptography based key management scheme for heterogeneous full project.

Posted on

Online Ticket Booking System Project Source Code

The main objective of the Java Project on the Bus Booking System is to manage the details of Operators, Customers, and Ticket Booking.
It manages all the information about Bus Ticket Booking. The project is totally built at the administrative end and thus only the administrator is guaranteed access.
The purpose of the project is to build a bus ticketing application program to reduce the manual work of managing the Operators, buses, and Customers.

Admin & User Functionalities:

ADMIN 

  • ADD BUS
  • DELETE BUS 
  • EDIT BUS 
  • LOGOUT 

USER

  • DASHBOARD
  • SIGNUP
  • BOOK TICKET
  • LOGOUT

The online bus ticketing system has two users:

1. ADMIN
2.USER(passenger)

1. ADMIN ROLES:

Admin can perform all the actions regarding bus details such as addition, and deletion of the bus. changing operation date and time.

2. USER ROLES

Users (passengers) have limited action in the application. They can log in, and register if they are a new user. After logging in they can view the buses by entering from and to the location and they can book a number of tickets accordingly.

Admin Login:

ACTIONS PERFORMED:

Home page: Admin login page:

On selecting admin in the above-displaying age, the admin can log in and can make changes to the bus details.

User Login Page:

By selecting users, they can view the home page designed and register if they are new users.

Sign-in Page:

If the user is new to this application, they can register themselves by clicking the signup button given below.

UserServices Page:

On successful login of users, they can search for buses and book tickets.

Search Bus Page:

By providing the from, to location, and date of journey, the user can get the list of all available buses planned on that particular route and with the time details.

ContactUs Page:

TECHNOLOGY USED

  • JAVA(SPRING MVC,HIBERNATE)
  • HTML, CSS
  • JAVASCRIPT
  • MYSQL
  • JSP PAGES

Expected Outcomes

  • This Online Bus Ticket Booking System Application Connects Passengers with the Bus Operators And Vice Versa
  • Using This project, Passengers Can Book a Number Of Tickets Whenever They Want And Can Cancel Them.
  • Admins Can Alter The Bus Details Based On Their Route, day Of Operation, and Time.

Introduction to Online Ticket Booking System Project:

The online ticket booking system project explains about concept of developing a web-based bus ticket buying system. This project is implemented in Java Spring MVC Hibernate technologies, as the back end. In the present scenario usage of the internet had grown rapidly and most of the work is done through an online process as we see most products are purchased from websites and bus tickets are booked form online.

Though there are many online bus ticket reservation systems available on the internet we develop an application that will a real-time experience on an online website. This project provides detailed information with the project source code database.

Using these web portals users can book tickets, cancel tickets, know the availability of tickets, and the cost of tickets, and many other features which are available on every online reservation website.

Download the Complete project on Online Bus Ticket Booking System Java Spring MVC Hibernate Project Source Code