B.TECH, M.TECH., BCA, MCA STUDENT PROJECTS

Function Optimization

Sudoku Solver

Identity Based Encryption System

This project is aimed at developing an online leave management system that is of importance to either an organisation or a college . The Leave Management System (LMS) is an Intranet based application that can be accessed throughout the organisation or a specified group/Dept. This system can be used to automate the workflow of leave applications and their approvals. The periodic crediting of leave is also automated. There are features like email notifications, cancellation of leave, automatic approval of leave, report generators etc in this system.

This project is aimed at developing an Online Help Desk (OHD) for the facilities in the campus. This is an Intranet based application that can be accessed throughout the campus. This system can be used to automate the workflow of service requests for the various facilities in the campus. This is one integrated system that covers different kinds of facilities like class-rooms, labs, hostels, mess, canteen, gymnasium, computer center, faculty club etc. Registered users (students, faculty, lab-assistants and others) will be able to log in a request for service for any of the supported facilities. These requests will be sent to the concerned people, who are also valid users of the system, to get them resolved. There are features like email notifications/reminders, addition of a new facility to the system, report generators etc in this system.

Auto-summarization is a technique used to generate summaries of electronic documents. This has some applications like summarizing the search-engine results, providing briefs of big documents that do not have an abstract etc. There are two categories of summarizers, linguistic and statistical. Linguistic summarizers use knowledge about the languange (syntax/semantics/usage etc) to summarize a document. Statistical ones operate by finding the important sentences using statistical methods (like frequency of a particular word etc). Statistical summarizers normally do not use any linguistic information.

In this project, an auto-summarization tool is developed using statistical techniques. The techniques involve finding the frequency of words, scoring the sentences, ranking the sentences etc. The summary is obtained by selecting a particular number of sentences (specified by the user) from the top of the list. It operates on a single document (but can be made to work on multiple documents by choosing proper algorithms for integration) and provides a summary of the document. The size of the summary can be specified by the user when invoking the tool. Pre-processing interfaces are there to handle the following document types: Plain Text, HTML, Word Document.

Information push mechanism is a way of pushing the information to the user who would be interested in that. This technique is widely used in web-site advertising (showing the advertisements that a user with a certain profile would be interested in, yahoo! sites for example). This technique can also be applied in other areas wherein a user with a known profile interacts with an information system (such as a website). Based on the profile and on the history of activities of the user, a behavioural profile of that user could be determined and this behavioural profile will help the information push system in determining the content that the particular user would like to view.

This project is aimed at developing an agent-based information push mechanism. In this system, an agent program would be montioring the user's activities (like what he types on a word document, for example) and then propose to get him some help to perform his activity in a better and easier way. This could be something like searching a repository for the documents that would help the user in preparing his current document and then providing him those documents.

Instead of the user searching for help on his activity, the agent takes the initiative of offering help to the user and so this comes under the information push systems.

This project is aimed at developing an online on-request courses coordination system that is of importance to an IT organization which has a training department of its own. The online on-request courses coordination system (ORS) is an Intranet based application that can be accessed throughout the organization or a specified group/Dept. This system can be used to automate the workflow of the requests that come from various departments for project specific trainings and their approvals. The training department has to cater to the training of the fresh recruits. It has a regular calendar and schedule to train the Freshers. In addition to this it has to handle the project specific training requests coming from various departments. For this the department has appointed one person as the on-request coordinator, who will be able to service the requests with help of ORS. The whole process starting from logging the request by a dept to servicing the request is automated. There are features like logging the request, to check the existing training calendar and checking the availability of respective faculties for the course, allocating the faculty for the course, if an internal faculty is not free during that period getting faculties from outside, report generators etc in this system.r

This project is aimed at developing an online Library Management System (LiMS) for the college library. This is an Intranet based application that can be accessed throughout the campus. This system can be used to search for books/magazines, reserve books, find out who is having a particular book, put in requests to buy a new book etc. This is one integrated system that contains both the user component and the librarian component. There are features like email notifications/reminders, report generators etc in this system.

This project is aimed at developing an online Sales and Inventory Management System (SIMS) for a departmental store. This system can be used to store the details of the inventory, update the inventory based on the sale details, produce receipts for sales, generate sales and inventory reports periodically etc. This is one integrated system that contains both the user component (used by salespersons, sales managers inventory managers etc) and the admin component (used by the administrators for performing admin level functions such as adding new items to the inventory, changing the price of an item etc).

This system runs on multiple terminals, offers a GUI interface to its users and connects to a common database(s).

This project aims to develop a tool that will reverse engineer existing java code into meaningful class diagrams. The tool must show various class relationships, viz inheritance, aggregation, is-a, has-a etc.

The utility must plug-in to the Eclipse IDE so that it is easily accessible to developers. As an option, the service could be exposed as a web-service.

Equity Trading Portfolio (ETP) manager is assistant software for traders who normally do the trading though some stock brokers. These traders mostly track the share prices using News channels or news papers and place the order for stock buy or sell to stock broker. Stock broker actually does the buy or sell action on behalf of such traders. ETP manager keeps the track of share prices offline (if time permits this can be made online) and provides charts and analysis of the particular companies' share with available data. At End of Day, the broker will update the closing stock rates to database. Similarly at Day's open the broker will update the opening stock rates (if time permits this can be made online). It also keeps the records of buy and sell done by the trader. This system facilitates the traders to see the DMAT allocations of trader with current price. Equity Trading Portfolio (ETP) manager is a true assistant to those traders who do not have electronic trading facility and do trading through brokers.

Consider a retail bank which collects money from customers and in return gives them an interest at pre determined rate. Our objective is to automate this process of interest calculation.

The system developed should calculate interest daily for each account having balance more than zero at the correct interest rate. This interest calculated will be cumulatively stored in a table which will be updated every day. Remember that the balance on which interest is calculated daily will change because the customer may deposit or withdraw money.

Every month the cumulative interest calculated will be credited to the customer. After this point of time the cumulative interest stored should be set to zero because the customer has benefited for the period specified.

Before interest is credited to the customer's account tax should be debited from the interest according to prevalent government laws.

This project is aimed at developing an project portal that is of importance to either an organization or a college . This Intranet based application can be accessed throughout the organization or a specified group/Dept. This system gives a picture of the project, and the content on the site is managed by a tool.