Free Student Projects

Follow

Advertisement

Signature-Based Indexing Method

Share

Signature-Based Indexing Method

Signature-Based Indexing Method is student project developed using J2EE. A number of algorithms have been proposed for the discovery of data’s from the large database. However, since the number of generated patterns can be large, selecting which patterns to analyze can be nontrivial. There is thus a need for algorithms and tools that can assist in the selection of discovered patterns so that subsequent analysis can be performed in an efficient and, ideally, interactive manner. In this project, we propose a signature-based indexing method to optimize the storage and retrieval of a relative data’s from the large database.

Signature-Based Indexing Method

Project title: A Signature-Based Indexing Method for Efficient Content-Based Retrieval of Relative Temporal Patterns

Existing Systems:

Advertisement

Proposed System:

Software Requirements:

FRONT END                    :  J2EE (JSP)

OPERATING SYSTEM   :  Window’s Xp

BACK END                       : Sql Server 2000

Modules and Description

Advertisement

Module 1: In this module we are maintain the temporal pattern which are variable-length objects that cannot be represented   in a k-dimensional metric space. Each pattern contains a list of states. Each pattern contains a set of state relationships.

Module 2: In this module the (content-based queries), Let D be a temporal pattern database and q be a query pattern. The four forms of content-based queries that this research supports include the following:

  1. Subpattern queries. Find those patterns in D that contain q.
  2. Superpattern queries. Find those patterns in D that are a subpattern of q.
  3. Equality queries. Find those patterns in D equal to q.
  4. K-nearest subpattern queries. Find the k most similar patterns in D to q.

Superpattern queries are useful when searching for the characteristic parts of a large pattern, while k-nearest subpattern queries limit the number of patterns generated by subpattern or superpattern queries. The temporal pattern is converted into equivalent sets.

Module 3: In this module the signature file is bit representation of query, i.e. equivalent set is converted into hash function.

Module 4: In this module the query is converted into equivalent sets and that set is converted into bit form that is searched in signature files using BSSF.

Download Source Code:

Download project report

How to Run this Project:
1.Run the tomcat server
2.run the sql server
3.Enter the url (localhost:8080;online/login.jsp)
4.copy this Online folder in your webapps and run

Video Demostration:

Advertisement

Share

Related

Advertisement

Latest

Advertisement