Category: J2EE Projects

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A GUI Oracle Interface in Java Project

The main aim of A GUI Oracle Interface in Java Project is to create the interface within Java for the GUI tool for improving the efficiency of GUI tool meant for the purpose of installation of ORACLE. In this system different types of aspects related to Java will be used such as Swings, JDBC, SQL plus, AWT as well as Oracle interface. In the total existing tools, GUI tool is happened to be important and efficient because it is a user friendly tool that supports the users in understanding the total commands present within it.

Existing System:

In the existing systems, the SQL Plus which belongs to Oracle is been used for the purpose of installing the database which provides access to the users by using command line interface. By making use of SQL Plus the terminal windows such as Unix and Linux of PC can be accessed but it is difficult to access the existing system to the users who are not having basic knowledge on computer usage.

Proposed System:

In this proposed system, GUI tool is used for the installation of Oracle which is more efficient and user friendly tool when compared with SQL Plus. By making use of this GUI tools users can easily access the system even though they are not having any computer knowledge. By using this GUI tool users can even design, manage and delete the tables and data within the main system database. Without the use of Command line interface all the activities related to data can be easily accessed in this proposed system.

Software Requirements:

  • Java based browser
  • Java and J2EE

Hardware Requirements

  • System environment GUI
  • 128MB Ram
  • 20GB Hard disk

Download A GUI Oracle Interface in Java Project.

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Analyzing Network Traffic Dynamics through BADABING Project Report

Analyzing Network Traffic Dynamics through BADABING Project Report covers detailed explanation about project. Here is the introduction to this project.

Generally there are different types of network protocols as well as network systems which are been used for the purpose of evaluating and measuring the traffic dynamics of networks among the two different hosts. This study deals with the evaluation of loss measurement methodology which is developed by making use of a special tool for measurements called BADABING. By using this tool the fixed probes will be shifted from a single measurement location towards its mutual host in which the entire probe packets as well as the reports are been gathered by target system.

Existing System:

The existing systems based on this process, the probability of the Poisson arrivals will be analyzed and measured. In the existing systems different types of los measurements will even be calculated for identifying the network properties which are not totally reliable and true. The network tomography which is totally based upon the multicast as well as the unicast probes are even considered to be non-effective and reliable.

Proposed System:

This proposed system will the users to identify and measure the characteristics of end to end packet losses in a reliable way which are more accurate that even allows them to identify the effect of bottleneck queue. The measure losses of end to end probes will be identified clearly which follows different types of geometric distributions that allows the accurate trade off among the networks and will even identify the accurate measurements of probes within the same time period.

Software Requirements:

This system needs three software’s such as Java Swing, JFrame Builder as well as Windows XP operating system.

Hardware Requirements:

In order to develop this system efficiently there is a necessity of three different hardware’s such as Pentium IV processor, 512 MB Ram as well as 80GB Hard Disk. 

Download Analyzing Network Traffic Dynamics through BADABING Project Report

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Human Resource Management System HRMS Project Report

Human Resource Management System HRMS Project Report covers detailed explanation about project. Here We provide introduction to this project.

Every organization has their own human resources in order to perform the internal and external human resource activities. Among the total human resource activities, managing the human capital i.e. employees is the significant task to any HR. The main function of HR is to recruit, manage and store the employee data which includes their personal information including their job roles, job streams, projects allotted, salaries and many more which allows them to face huge workload. In order to support the HR’s there are some electronic based HR systems called HRMS- human resource management system. Organizations should maintain HRMS software with huge number of client server applications, service providers as well as control tools. But this application is cost effective one that allows them to manage their employee’s data in a simple manner. This human resource management system will allow the HR’s to manage the employee payrolls, the timings of employee works, employee information systems, employees recruitment, employees training, employee retention and performance appraisal, employee service and employee attendance. This project belongs to a category of web application that can be accessed through PC or mobile phone with internet connection.

Hardware Requirements

The hardware requirements of this HRMS application are PC-AT computer with Intel P4 processor along with 128MB RAM with mouse as an input device and VDU as output device.

Software Requirements

This application needs an operating system of Windows XP, Windows Vista or else Linux with a web server of Apache Tomcat, Jetty or Macromedia JRUN.

Tools and Languages

The dream weaver tool with JSP front end, MySQL with a web server of Apache tomcat is the major tools and languages that will be used for development of this application. 

Download Human Resource Management System HRMS Project Report

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Modelling and Automated Containment of Worms Project Report

Modelling and automated containment of worm’s project report covers detailed explanation about project. Introduction of this project is explained below.

Internet is been widely effected with some type of worms known as Code Red, Slammer as well as Nimda which are caused because of some own codes done by the developers. Many research works are been carried out in order to identify the effects of those worms and to clash against those worm attacks. Among the total number of existing models related to worm attacks, Stochastic Branching Process Model is having its own significance in propagating the internet worms. This model is been aimed for the purpose of identical scanning worms which are been further comprehensive towards other different types of scanning worms over the internet.

A special resource called Containment Strategy will be developed within this process which is capable of securing the spreading of worms. This application will illustrate whether the spreading of worms can be stopped or not and it will even evaluate the results that identifies the span of uniform scanning worms. In this going process, there are different types of containment schemes that include uniform as well as local scanning worms which are been evaluated and authorized by making use of simulation through which the data present in the system will be secured from different threatening worms.

Existing System:

There are many existing systems that can be used to stop the spread of worms which includes the simulations with an association of different models such as randomized epidemic model as well as basic stochastic epidemic model which is complex and hard to get the appropriate results. The trends of worms are been detected but the worm rates are remained same in the system which is leading to scan traffic within the system which can be reduced only by using the filtering of worms.

Proposed System:

The proposed system will make use of the containment strategy and worm containment schemes which are capable of reducing the spreading of worms in the initial stage and it will even identify the host worms and its effect levels. In the proposed system, the fast scan as well as slow scan worms will be identified through which the entire worms present in the system can be detected. 

System Requirements:

The software requirements of this application are Java Swing, JFrame Builder and Windows XP tools.

Hardware Requirements:

The hardware requirements of this system are Pentium IV 2.6 GHZ with 512MB ram and 20Gm Hard disk along with 52X CD Drive. 

Download Modelling and Automated Containment of Worms Project Report.

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Web based Reward Points Management System Project Abstract

Introduction to Web based Reward Points Management System Project:

Web based reward points management system project is implemented in java programming language. Main aim of this project is to develop a information bar for web browsers through which users can find links of related sites based on the content user is searching.  This will help users to easily navigate to the website for reference with short time span. In order to improve usage of this information bar by users we provide point system in which if user reaches 100 points he can use these points to buy gifts on his own interest from the online market. This process of providing point system is called as point’s management system.

Objectives for developing Reward point’s management system

  1. Database for storing users information
  2. User interface for adding, deleting, modifying and updating user details
  3. Modules for maintaining points information
  4. Providing facility for users to transfer points to buy gifts of their own choice form online market.
  5. Provide security by controlling fraud users.
  6. Report generation module for finding out total number of users subscribed to information bar for month and year.
  7. Communication method with users for updating new features and points system. This is done by email.

Developing this application can help students to gain knowledge on analysis, design, implementation, user interface and testing.

This application is implemented in three modules administrator module, reporting module, customer details module. These modules are divided based on roles and responsibilities.

Students can find detailed explanation, hardware and software requirements and features that need to be implemented for developing this project from project abstract.

Download Web based reward points management system project Abstract.

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Development Of A Lost Articles And Letters Reconciliation System Project Abstract

Introduction to Development Of A Lost Articles And Letters Reconciliation System Project:

Development of lost articles and letters reconciliation system project is developed in java platform using MS-SQL server and oracle database. Main aim of this project is to develop a software application for postal department for reducing time of finding lost articles and resend it to users based on requests. In existing system manual method is used where initially each and every letter is checked by machine to find out address specified on the letter and transfer but few machine can’t understand few letters because of bad writing these letters are moved to manual department where each letter is check manually but in this case also there are few letters which are kept aside. In this cases after few days when user requests for letters postal department will take months to send back which is time taking process. In order to solve this problem we develop a software application which can provide solution in 10 days.

Users are provided with front end graphical user interface through which user can update different information related to receive post cards and lost post cards.  Users can update lost letter details, complaint status, lost letter type …etc. All these details are updated to database for further use. Initially uses need to log in to application with unique user name and password which can be modified from admin panel provided to user.

Developing this application will help students to gain knowledge on analysis, design, implementation, testing and graphical user interface.

This application consists of seven modules user and group master module, lost article master module, lost letter master module, complaint handling, complaint reconciliation, print module and help module.

Students can find more related projects with project documentation, seminar topics and source code for freed download.

Download Development Of A Lost Articles And Letters Reconciliation System Project Abstract.

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Airline Reservation System Project Report In Java

 Introduction to Airline Reservation System Project:

Air travel has become less and less cheaper over the years, as a result the no: of passengers has increased considerably. Unlike a train or bus ticket where we have to stand in a queue besides a counter, air tickets are usually booked online. The proposed system is a web portal where the user can book their air travel tickets between two cities online on a particular date. There will be a provision for searching the flights for a travel destination on an input date, the search result will comprise of the full details such as flight no, flight name, cost, arrival and departure time etc. A cancellation option is also given in case user wishes to abandon his travel for various reasons.

Working Modules

There are two major modules in this web portal: Admin Module and User Module:

Admin Module:

Admin controls and manages the whole portal. Admin adds all basic master entries such as flight details, place details, route details, scheduling etc. Admin can also view user bookings and cancellation of the user.

User Module:

User can search ticket availability first by giving the departure & destination place and the date of travel in the site. Various flights operating on that day on that route will be displayed. If there is seat available on the flight, user will be directed to a booking page where user can type his details such as name, phone, address, no: of persons travelling etc. and also the credit card payment details are entered. The card is then validated and a reservation no: is generated automatically. If there is no seat available in user’s choice flight then other alternate flights will be shown to book tickets. For cancellation the user has to type the travel date, user name and the reservation no: for validation.

Changes made by both modules get effected in the user and admin databases.

 Download Airline Reservation System Project Report In Java.

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Downtime Analyzer CSE Project Abstract

Introduction to Downtime Analyzer CSE Project:

In the modern technological savvy world the consumers are more aware of the products they need and as a result there is a stiff competition from the manufactures to provide better quality products according to the need and demand in the market, for that the manufacturing company has to ensure their internal structure is strong enough to incorporate market demands on time. Often bad management at the floor level of a company can lead to disastrous result in the consumer market.   This client-server application allows the top officials of the company to identify the problem areas of a company and helps them to take necessary actions to compensate it. To maintain the production capacity is so important and for that all the machinery should be in super smooth running condition. It is very necessary to analyze the problem areas in the machinery and if it is beyond reparable replace it with new machinery

Downtime analyzer application focuses on mainly four areas.

1)      Identifying the production delays

2)      Prioritizing the maintenance of the defective machinery

3)      Issuing purchase order for buying new product to increase overall efficiency

4)      Overhaul of the current procedures and methodology of the company 

Scheduling of events is important as it saves time, money and energy. Assigning skilled laborers for specific works and bringing the best out of them will always increase productivity.  Since all the downtime capturing is automatic, the manual recording job can be completely avoided which in turn will minimize errors.  Innovative production procedures & new machineries will help to bring in new fleet of product range in the market. The managers of the company; plant manager or production manager would be able to work on the machinery maintenance, work prioritization, adopting innovative procedures to uptime optimization more effectively.  If the admin has to perform the analysis, it is necessary to authenticate first and then send a request to the server for the response and then the analysis is performed.  

Download Downtime Analyzer CSE Project Abstract and reference documents.

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Secured Multi Part File Java Project Report

Introduction to Secured Multi Part File Java Project:

In the current scenario it is very difficult to transfer files by ensuring fool proof security, data leakage is very much possible in many areas. It would be an extreme tedious process to send files with large memory especially for those who uses low bandwidth internet or those through exchange data’ s through floppy or CD-ROM.  The main objective of this software is to not only encrypt a file data but also to split it into parts in order to send it to another user or join it when the user receives the file and decrypt it. With this we can ensure data security and also can transfer data in a much easier and smoother way.

In the current system with the server being acted as data storage mechanism only leading crucial elements such as validations restricted only within the client system. This was proved to be quite daunting as the client would be in some remote far off place and to transport that amount of data with no data theft was extremely difficult. Since all data’s were not ciphered or encrypted chances of hacking where high. Also the transportation of these data’s took a lot of time and monetarily it was rather unfeasible. The errors may also pop up while the transferring of data which was also unwarranted

The proposed software acts as a solution to the cons of existing system. It is done in Java (jdk 1.5) platform. The data are ciphered from normal text file to ciphered text by using algorithms; as a result the file becomes encrypted and secured. User authentication is also given to make it more secured. The user can then split the file into desired no: of parts and size and transfer it. The other client can give the necessary authentication and can first join the file and then decrypt it using this system. This leaves the file transaction much secured and easier.

Download Secured Multi Part File Java Project Report, documentation.

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Mobile and Online banking Java Project Report

Introduction to Mobile and Online banking Project:

Mobile and online banking project is implemented in java platform. Main aim of this project is to develop a online banking system and mobile banking system through which users can transfer money through online and manage banking details like mini statements, detailed statements, fund transfer. In present trend online banking usage had increased rapidly because of high security and encryptions techniques used in data transfer and providing security for users and second reason is banks don’t want to lose potential market. 

Along with online banking mobile banking users are also increasing as we see most of the banks is providing apps for online banking. There are many mobile banking services like m-banking, WAP-banking, SMS-banking or wireless banking. Technologies used in mobile banking are short message services in short SMS, wireless application protocol (WAP). As the scope of mobile users and banking is increasing from day to day life new technologies are emerging in mobile banking as we see in Japan introduced services based on I-mode. Mobile banking applications can be accessed by different mobile devices, Smart phones, IPADS and personal digital assistance. Along with these technologies in Germany client server based applications are developed which are similar to home banking applications. This system works by installing client application on mobile devices or PDA.

This project has lot of scope for further development as stats says in future maximum number of internet users are from mobile and PDA. Other feature that creates scope of mobile banking compare to home banking is mobility. In terms of security mobile banking provides standard encryption techniques. In present market ICICI, HDFC and many top banks are providing apps for android and I phones for using mobile banking from mobile and PDA devices.

Students can find more online banking related projects with source code on java and asp.net from this site for free download.

Download mobile and online banking system project report from this link.