Online Insurance Management System Project Report in Java

Introduction to Online Insurance Management System Project Report:

This project deals with Insurance in online. This tool taking care of the policy in online using tracking the details of the customer and the company.

if the user enter into the website it will show  the details about insurance and other schemes of  the policy through this online registration form

It helps the customer to view their own insurance status system analysis focuses on the application is require to do. The system allows to see the logical elements from the physical components it uses (computer, terminals and storage system)

The existing system is the manual system. The manual system is prone to error. It is time consuming it is very difficult to produce the report for any person and there is chance for changing the scheme report by doing malpractice. Usage of paper in the payment process leads to less efficiency, less accuracy and less productivity.

Proposed system is to eliminate the drawbacks of the existing system. It is designed in order to provide a permanent solution of the problem.

Online insurance services in the middle ages policy agents and policy holders have used the paper to take money from the insurance transaction but know the technology is fully developed everything is being converted to computerized. Now a day’s everyone is using the internet in this fast race the business and money making people are also using. No country, no company and no individual want to fall back in this fast generation everyone wants to the lead the group.

The hardware requirement of this project is PROCESSOR PENTIUM 4, RAM 128MB HARD DISK 40GB, memory 32MB.

The minimum software requirement is WEBSERVER apache tomcat server 6.0.20 and browser is internet explorer, server side scripting is jsp, java bean, data base is ms-access and clint side scripting is html and language is j2ee.

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Training and Placement Cell Project in Java

Introduction to Training and Placement Cell Project in Java:

This project is used to develop an online application for training and placement department in the college. This project uses an application for the TPO of the college to provide the student information. Each and every student’s information should be present in the record for logging the form of CV. For training and placement of the students the TPO’s have to collect the CV;s and manage them. and also  check the CV for further corrections.

Document convention font style time’s new roman, and font size main headings 16, sub headings 14, content 12 and line spacing 1.5.

Scope of the project we can store the information of the students various companies can access the information of the students and the student can update his CV up to date. And the company will call the student or he will send the mail to the student mail ID for any placements.

This project is mainly intended to help the people who belong to t&p cell by saving time.

This activity is under goes into 2 steps the first one is we have to maintain the list of students record and the second one to maintain the company record based on the company requirement we need to select the students and make a list of it.

Existing system filling form by students in this project  a form is given to the student in which he/she has to fill his complete details such as name, roll no, branch, percentages etc.

Marks of students should collect from each and every department.

Proposed system in this project the user have to provide the information to the system the company name, date and venue at which the campus drive takes place. The system will generate this information and will place in college notice board for the student’s placement.

Hard ware requirement processor intelp2, ram 512mb and hard disk 40 GB.

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Net Auction Project Java

Net Auction Project is being designed for the user so that he can easily take part in the auction conducted online. The auction takes place in a normal way the people interested in buying the things placed in auction are supposed to bid for that particular good, the person who bids highest on the item. The person placing the highest bid gets the right to own the item at the end of the bid. Bid is the exact amount of money offered on a item in auction in the bid by the seller. The buyer with the highest bid is the one who finalizes the purchase of the item with the seller of the item. Generally winning an auction means placing the winning bid on a selected item in the auction and then winning that item .Winner is generally the person offering the highest bidding amount is called the winner of the auction the proposed system has been divided into four main modules as follows.

a.)     Buyer Module:

In this module bidding can be carried out automatically. By the feature provided by the system called as automatic bidding feature. This feature provides user with an Enter Automatic Bidding Amount. It is optional facility been provided. Automatic bidding amount is the one of the highest amount which user wants to pay for the item user is bidding for, all you need to do id just enter the highest bidding amount in the “Enter Automatic Bid Amount” text box and click on “Bid Now” button.

b.)    Seller Module.

A bid can also take place normally, without using automatic bidding option. Automatic bidding bids for you when you are offline the system send you email notification every time it bids for you using automatic bid. The seller is the one who decides the starting bid amount or from what amount he/she want to starts the bid and also tell about the number of items available for bid. A auction is said to be multiple auction if more than one number of item is available for auction. The number of items available for auction can be verified from the “Quantity” box of the item for bidding. This type of auction is called Multiple Quantity Auction (MQA).

c.)     Admin Module:

Admin module is the one which has hold over the Seller Module and the Buyer Module. It also contains the reports regarding the expiry of auction held every day.

d.)    Reports Module:

This module helps the user to generate or get review of the various reports such as the buyer and seller report and the number of transaction held. 

SOFTWARE AND HARDWARE REQUIREMENTS:

            The operating system required is Windows. The technology used for developing this system is Core and Advanced java. At the back end we will be using oracle for database. IDE and server used will eclipse and Tomcat. Software’s required are J2SDK 1.5, Tomcat 5.5, oracle 9i. The Hardware requirements are Pentium 5 and RAM 256MB.  

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Terminal controller Java Project Abstract

This project Terminal Controller java project aims at developing windows based functionalities for a network connected terminal system. This system is server based as the system will be performing the application level function and tasks on the terminal from the remote machine. The system will perform all the admin based tasks and functionalities. As mentioned the proposed system will perform administrative based function on the windows terminal this function includes searching for a particular file, searching for the permissions of a particular file. The system helps the administrator to handle the administrative tasks from a remote system connected through the network. This will help the administrator to avoid time consumption by performing the tasks from his own machine and by not performing the tasks from the machine he wish to perform tasks on. This will also help in securing the machines in the network from unreliable attacks.

The number of modules to be designed in the project will be.

a.)    Remote Handling:

This module involves handling the terminal from the remote machine in the network.

b.)    Remote File Searching:

This module helps in searching a file in any machine in the network by using the terminal controller.

c.)    Privileges:

This module involves or tells us about what privileges should be provided by the administrator.

d.)   Remote system Configuration:

This module of the proposed system tells us about how the configuration of the 

e.)    Remote Process Management:

This module of the proposed system tells us about how the processes which take place on the terminals in the network can be handled and how to control them.         

SOFTWARE AND HARDWARE REQUIREMENTS.

The language used to develop the proposed system is JAVA. The technologies used for proposed system are RMI and Swing basically. The operating system used will be Windows XP or Vista. The above stated are the software requirements. Lets have look at the hardware requirements. The processor required will be PENTIUM 4. Minimum 256 GB RAM will be required. Minimum 20 GB Hard disk will be required. The VDU required will be SVGA Color Monitor. Key Board required will be of 104 standards. LAN should be enabled. 

Download Terminal controller Java Project Abstract.

Efficient Resource Allocation For Wireless Multicast Documentation

Efficient Resource Allocation For Wireless Multicast Objective: 

The internet connectivity has become the important part of our day-to-day lives, people use internet connection at home, offices, on mobile, Laptop etc. There various technologies been provided for internet connection such as Broadband, wireless, Wi-Fi, Bluetooth etc. Among this wireless is widely use throughout the World as it provides the faster and easier access to the internet. WWW can be accessed from anywhere what you need to have is the appropriate device, will allow the use of Internet.

            This project Efficient Resource Allocation For Wireless Multicast aims at providing efficient resource allocation of Multicast wireless to the user. This will also reduce the cost of the bandwidth for the wireless users. The cost of the bandwidth will be reduced by using the method of finding the Shortest Path. To find the shortest path to the desired resource allocation in wireless connectivity Lagragean Method will be used. The Langragean Method will provide the shortest path to the desired resource in the multicast bandwidth in a wireless network which will allow the faster and easier access to connect to the world through Internet. This will make the surfing, browsing, downloading, and uploading easier. 

Modules of the Project:

This will also have some modules to used. This modules helps us in understanding the Flow and execution of the proposed system. The modules of the system are as follows. There are four modules in the proposed system they are a) Add Node, b) Resource Allocation, c) Source and Destination, d) Lagrangean Path. Let us see the modules in details.

a)      Add Node:

This is the first module of the system in this we specify the number of nodes in network. As soon as nodes are provided the nodes are arranged in cell randomly. According to the capability of cell it accesses the nodes in the network.

b)      Resource Allocation:

Resource allocation allocates the nearest resource current location so that it would provide good bandwidth usage and the access will be faster. 

c)      Source and Destination:

This module helps user to choose the source and the destination node. On selecting the source and destination node the position of the node and the cell containing the node is being stored. We repeat the steps to find the destination node to find the shortest node. 

d)      Lagrangean Path:

This module helps us to find the shortest path of the node by dividing the problem in two sub parts. The first part helps us to find solution to get faster access to the nearest cell. The second part helps us to find out the total bandwidth being used. And then repeating this will help us to find the shortest path to the desired node.           

            INPUT AND OUTPUT OF THE SYSTEM:

The input provided to the system is the number of nodes and after that the source and the destination nodes. Thee output of the system will be desired shortest path from the source and the destination mobile provided by user as input. 

Download Efficient Resource Allocation For Wireless Multicast Documentation.

Collaboration Diagrams For Client Server Protocol Implementation MCA and M Tech Project

This Post explains about Collaboration Diagram for both client and server of this project, Mainly MCA and M tech Final year students can develop application related to this system. Java played major role to develop this project.

Collaboration Diagram for Administrator

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Class Diagrams for Client Server Protocol Implementation B Tech and BE Project

The main aim of this project is to provide best & efficient client server application between users and administrators. This system works well with Java programming where we have used Transmission Control Protocol (TCP) and Internet Protocol (IP) to implement this application. The below image explains about class diagram of the system where receiver info and sender info placed in high priority.

Client Server Protocol Implementation class

Download The B Tech and BE Project Paper Presentation and Seminar Report of the Client Server Protocol Implementation System.