An overview of interval encoded temporal mining involving prioritized mining, fuzzy mining, and positive and negative rule mining

Abstract

 Databases and data warehouses have become a vital part of many organizations. So useful information and helpful knowledge have to be mined from transactions. In real life, media information has time attributes either implicitly or explicitly called as temporal data. This paper focuses on an encoding method for the temporal database that reduces the memory utilization during processing. The first approach involves temporal mining applying the conventional algorithms like Apriori, AprioriTid and AprioriHybrid to an encoded temporal database that has a better performance than that when applied over a static database. The second approach involves weighted temporal mining over an encoded temporal database consisting of items which are prioritized by assigning weights. These weights are given according to the importance of the item from the user’s perspective. A fuzzy mining approach involving AprioriTid for weighted association rule mining gives better results than quantitative values. Also a method for positive and negative temporal mining extends traditional associations to include association rules of forms A=> ¬B, ¬A => ¬B, A=> ¬B, which indicate negative associations between itemsets. The experimental results are drawn from the complaints database of the telecommunication system which presents the most feasible temporal mining method with reduced time and computational complexities.

Authors and Affiliations

C. Balasubramanian , K. Duraiswamy , V. Palanisamy

Keywords

Related Articles

Securing Mobile Agent Using Dummy and Monitoring Mobile Agents  

Mobile agent is a very important concept for distributed computing & utilizing the resources available on the connected network because of their capability of operation  on different environments...

Use of Local Minimization for Lossless Gray Image Compression 

A novel approach for the lossless compression of gray images is presented. A prediction process is performed followed by the mapping of prediction residuals. The prediction residuals are then split into bi...

Application of Free and Open source software and its Impact on society

Free and open source software is one of the effective tool that can make the world self-dependent. It facilitates the design and use of your own software. This can also lead to economic liberty as the FOSS...

Extraction of P wave and T wave in Electrocardiogram using Wavelet Transform

Significant features of the ECG signal include the P wave, the QRS complex, and the T wave. This paper focuses on the detection of the P wave and T wave. Determining the position of the P wave and T wave is complicated d...

An Abstract memory model describing the interaction between thread and memory with debugger tools

This paper describe the multithreaded execution and data race detectors which are commonly viewed as debugging tools.The C++ Standard defines single-threaded program execution. Basically, multithreaded execution require...

Download PDF file
  • EP ID EP97167
  • DOI -
  • Views 127
  • Downloads 0

How To Cite

C. Balasubramanian, K. Duraiswamy, V. Palanisamy (2010). An overview of interval encoded temporal mining involving prioritized mining, fuzzy mining, and positive and negative rule mining. International Journal of Computer Science and Information Technologies, 1(3), 163-168. https://europub.co.uk/articles/-A-97167