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

An Efficient and Reliable Core-Assisted Multicast Routing Protocol in Mobile Ad-Hoc Network

Mobile ad-hoc network is a collection of mobile nodes that are connected wirelessly forming random topology through decentralized administration. In Mobile ad-hoc networks, multicasting is one of the important mechanisms...

Bag of Features Model Using the New Approaches: A Comprehensive Study

The major challenge in content based image retrieval is the semantic gap. Images are described mainly on the basis of their numerical information, while users are more interested in their semantic content and it is reall...

An Overview of Surface Tracking and Representation in Fluid Simulation

Realism in fluid animation can be achieve with physics based techniques and is the best among other approaches. Now, this area constitutes hot researches. There are number of mechanisms evolved with the advent of both ha...

Draft dynamic student learning in design and manufacturing of complex shape parts

The contribution deals with the dynamic teaching of students through blended learning and teaching online distance teaching which can be considered nowadays to be a very effective and dynamic education of students. Conte...

 A Conceptual Design Model for High Performance Hotspot Network Infrastructure (GRID WLAN).

 The emergence of wireless networking technologies for large enterprises, operators (service providers), small-medium organizations, has made hotspot solutions for metropolitan area networks (MAN), last mile wireles...

Download PDF file
  • EP ID EP645863
  • DOI 10.14569/IJACSA.2019.0100955
  • Views 68
  • 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