Hybrid Latin-Hyper-Cube-Hill-Climbing Method for Optimizing: Experimental Testing

Abstract

A noticeable objective of this work is to experiment and test an optimization problem through comparing hill-climbing method with a hybrid method combining hill-climbing and Latin-hyper-cube. These two methods are going to be tested operating the same data-set in order to get the comparison result for both methods. The result shows that the hybrid model has a better performance than hill-climbing. Based on the number of global optimum value occurrence, the hybrid model outperformed 7.6% better than hill-climbing, and produced more stable average global optimum value. However, the model has a little longer running time due to a genuine characteristic of the model itself.

Authors and Affiliations

Calista Elysia, Michelle Hartanto, Ditdit Nugeraha Utama

Keywords

Related Articles

Framework for Assessing Privacy of Internet Applications

This paper presents a new framework for assessing and documenting the privacy risks associated with developing and managing internet applications. The Framework for Assessing Privacy of Internet Applications (FAPIA) prov...

Synthetic Loads Analysis of Directed Acyclic Graphs for Scheduling Tasks

Graphs are structures used in different areas of scientific research, for the ease they have to represent different models of real life. There is a great variety of algorithms that build graphs with very dissimilar chara...

A Novel Expert System for Building House Cost Estimation: Design, Implementation, and Evaluation

This paper introduces an expert system which demonstrates a new method for accurate estimation of building house cost. This system is simple and decreases the time, the effort, and the money of its beneficiaries. In addi...

 Evaluation of Data Security Measures in a Network Environment Towards Developing Cooperate Data Security Guidelines

  Data security in a networked environment is a topic that has become significant in organizations. As companies and organizations rely more on technology to run their businesses, connecting system to each other in...

Intelligent Collaborative Quality Assurance System for Wind Turbine Supply Chain Management

To determine the root causes or sources of variance of bad quality in supply chains is usually more difficult because multiple parties are involved in the current global manufacturing environment. Each component within a...

Download PDF file
  • EP ID EP645863
  • DOI 10.14569/IJACSA.2019.0100955
  • Views 111
  • Downloads 0

How To Cite

Calista Elysia, Michelle Hartanto, Ditdit Nugeraha Utama (2019). Hybrid Latin-Hyper-Cube-Hill-Climbing Method for Optimizing: Experimental Testing. International Journal of Advanced Computer Science & Applications, 10(9), 421-425. https://europub.co.uk/articles/-A-645863