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Project Overview. Graduate Selection Process. Project Goal. Automate the Selection Process. Description. Graduate Selection Process is the project that goes around the details of online recruitment. It is the project that is intended to make the recruitment process fair, faster and reliable.
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Project Overview Graduate Selection Process
Project Goal Automate the Selection Process
Description Graduate Selection Process is the project that goes around the details of online recruitment. It is the project that is intended to make the recruitment process fair, faster and reliable.
Objectives • The questions for the test have to be maintained in a separate table in the database. • Modification, deletion and addition of questions will only done by the administration. • The administration can add new Test modules if desired.
Objectives • The results have to be computed and stored in a separate table in the database • The time limit will be maintained strictly. • The results will be presented as and when required
Existing system The present recruitment system is conducting exams manually for evaluation of the candidate. All the required details of the candidate are collected and stored in a register. The test papers are then prepared and distributed to each person. After conducting the test the concerned department corrects the papers manually and results are announced.
Demerits of Existing system • More paper work • Loss in Data • Less Security • Time Delay • More Clerical Work • Human Fatigue • Fear of environment • Chance for errors • Delay of results
Proposed System The user can logon to the intranet and register or the administrator can register a new user. On registration, each user is assigned a unique id and a password. The user can logon to the server with his Id and appear for the selection tests. The tests are timed tests. The questions are selected at random from a question database. After completion of the test, the papers are evaluated dynamically and the results are stored in a database. The system also ensures that no candidate is permitted to reappear for the test within six months. The system also generates a merit list of candidates at the end of the test or as when required.
Merits of the Proposed System • Automate Selection Process • Reduce Paper Work • Immediate Accessing of Details • High Security • Providing Accurate Information • Providing Overall Reliability • Easy to use, effective and efficient
Technologies Used • Java • JSP • Servlets • JDBC • HTML • XML • Java Script • Oracle
Why these technologies Java: As it is part of curriculum JSP: Most suitable technology for developing web applications HTML: Easily collaborate with JSP JDBC: Database connectivity Java Script: Powerful client side scripting feature
Introduction Of Technologies Java: Java is currently one of the most popular programming languages in use, and is widely used from application software to web Applications
Introduction Of Technologies JSP:(JSP) is a Java technology that helps software developers serve dynamically generated web pages based on HTML, XML, or other document types
Introduction Of Technologies Servlets: Servlets are snippets of Java programs which run inside a Servlet Container. A Servlet Container is much like a web server which handles user requests and generates responses.
Introduction Of Technologies JDBC: JDBC is an API for the Java programming language that defines how a client may access a database. It provides methods for querying and updating data in a database. JDBC is oriented towards relational databases.
Introduction Of Technologies HTML: HTML stands for HyperText Markup Language, is the predominant markup language for web pages. It provides a means to create structured documents by denoting structural semantics for text such as headings, paragraphs, lists, links and other items.
Advantages of Java • Simple • Platform-Independent • Distributed • Intercepted • Secure • Robust • Multi threaded
Disadvantages of Java • Performance • Look and Feel • Single Paradigm language
Topic chosen • JSP: JSP technology was designed to make it easier and faster to build web-based applications that work with a wide variety of web servers, application servers, browsers and development tools.
JSP Architecture: javax.servlet.jsp package defines two interfaces JSPPageand HttpJspPage • Methods: • jspInit() • jspDestroy() • _jspService()
JSP Components: • JSP Directives • JSP Tags • JSTL
Future of (JSP) technology The new version of the JSP specification includes new features meant to improve programmer productivity. • Expression language • A faster/easier way to display parameter values. • Clearer way to navigate nested beans.