Lossless Representation of High Utility Itemset Using APRIORI Algorithm
Journal Title: GRD Journal for Engineering - Year 2016, Vol 1, Issue 0
Abstract
Mining High Utility Item set (HUIs) becomes an important data mining task. Too many HUIs may degrade the level of performance. To achieve high efficiency of mining task apriori algorithm is used. In this method a refined database is made that makes the search easier. This in-turn serves to be a compact and lossless representation of HUIs.
Authors and Affiliations
S. Rashmi, A. Selvaraj, K. Pavithra
Keywords
Related Articles
- EP ID EP303010
- DOI -
- Views 100
- Downloads 0
An Efficient and Dynamic Search on Encrypted Data
A secure outsourcing of computation to an untrusted (cloud) service provider is becoming more and more important. To protect data privacy, the sensitive data should be encrypted by data owner before outsourcing, which ma...
Optimal location and sizing of distributed generation using Krill Herd Algorithm
Distributed generator (DG) is recognized as a viable solution for controlling line losses and represents a new era for distribution systems. This paper focuses on developing an approach for placement of DG in order to mi...
Voltage Control in a Power System with the Help of Reactive Power Control
To deliver the active power (watt) through the transmission lines, the reactive power (Var) is necessary to maintain the voltage. In case of voltage sag reactive power support, voltage can be restored. Also, to regulate...
Design and Analysis of Different Circuits using DCVSL & Static CMOS Technique
The basic requirement of any Integrated Circuit is high speed and low power processing of the data signals to perform the desired execution. The minimization of feature size plays an important role in increasing the perf...
Suitability and Prominent Analysis on Proposal for Constructing a Dam on Wakal River Basin, North Gujarat-Rajasthan Border
Dam is an important way of water-resources utilization in large rivers. Dam construction has played significant roles in flood control, irrigation, navigation, and energy supply; however, the enormous negative effects, s...