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Research Paper | Computer Science & Engineering | India | Volume 6 Issue 5, May 2017

Scalable Key Termed Based Search System: Experimental Results and Analysis

Bhagyashree Deshmukh | Shyam Gupta ^[8]

Abstract: Now a day, internet based applications are very popular and data on internet is massive and growing tremendously. Different methods are used for finding several data on internet, among which find has definite to be a influential method to find out and get better information online as facts by several Internet search engines. Various techniques have been designed and executed, but even if various methods are available, there is difficulty that severe lack of normalization for system evaluations. But, many common information management systems do not maintain the familiar search interface that people at this time need. Web sites, corporations, and governments all use relational databases to handling information, but search in relational databases is complicated by reason of data transformations that dismiss redundancy and ensure consistency. The proposed system planned a thorough performance evaluation of search over relational systems. The proposed system engages different additional approach for searching s from relational databases. Particularly, memory consumption describes a variety of procedures from being scaled from few datasets to thousands of vertices in database. The proposed system also decides the relationship or performance on basis of execution time and other evaluation factors. Thus the system calculates the performance for search over relational databases and in that way helps in investigative the relation between the search execution time against the a variety of factors like number of terms, frequency of search. Existing relational search systems need extra execution time. So, the performance of existing relational search systems is undesirable. The major reason behind this paper is to center of attention on evaluation of search techniques inside relational database and to intend new schemes which assist to get better search efficiency. This implementation of our system presents betters user interaction and organization to categorize both the objective behind queries and the expression of this intent.

Keywords: search, empirical performance, relational data, relational

Edition: Volume 6 Issue 5, May 2017,

Pages: 1902 - 1905

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