Abstract A grey wolf optimization algorithm based on an adaptive adjustment strategy (Improvements-Grey Wolf Optimization, IGWO) is proposed in this paper to address the issues with Grey Optimization (GWO) algorithm, which has a slow convergence speed later stages and where local search global cannot be taken into effective balance. First, chaotic logistic map used initialize population. Next, ...

Presently, the introduction of intelligent models to optimize structural problems has become an important issue in civil engineering and almost all other fields of engineering. Optimization models in artificial intelligence have enabled us to provide powerful and practical solutions to structural optimization problems. In this study, a novel method for optimizing structures as well as solving s...

Many optimization problems have been successfully addressed using metaheuristic approaches. These approaches are frequently able to choose the best answer fast and effectively. Recently, use of swarm-based algorithms, a kind approach, has become more common. In this study, hybrid method called WOAGWO is proposed by combining Whale Optimization Algorithm (WOA) Grey Wolf (GWO). This aims realize ...

The importance of locating a mobile phone has increased significantly during last decade for security and commercial reasons. Locating the leads to people. This is done by using most common propagation models in network design calculate distance between base station, addition positioning algorithms predict location station. In this work, three telecommunication towers that provide service Zain ...

This paper presents grey wolf optimization - GWO. After presenting the biological basis of GWO, it explains method itself and then main algorithms GWO as well their mathematical models. The Grey Wolf Algorithm (GWO) is presented in detail manner its operation application to examples engineering problems, such as: speed reducer, pressure vessel, spring, car side impact, cone coupling cantilever ...

Received Jun 19, 2017 Revised Aug 15, 2017 Accepted Sep 7, 2017 This manuscript presents a feeder reconfiguration in primary distribution networks with an objective of minimizing the real power loss or maximization of power loss reduction. An optimal switching for the network reconfiguration problem is introduced in this article based on step by step switching and simultaneous switching. This p...