Yıl:2023   Cilt: 9   Sayı: 1   Alan: Mühendislik Temel Alanı

  1. Anasayfa
  2. Makale Listesi
  3. ID: 131

Shehab Ahmed IBRAHEM ORCID Icon

Exponential Filled Function Method for Solving Multi-dimension Global Optimization

The filled function technique is a highly efficient and successful approach for addressing global optimization problems. The performance of the filled function relies on parameters and attributes such as continuity, differentiability, and speed rate of reaching the optimal solution. This paper introduces a continuously differentiable filled function with a single parameter, and theoretical arguments are offered to demonstrate its features. A filled function method is built based on the suggested function to solve unconstrained global optimization issues. The numerical results of the suggested filled function on various test functions demonstrate the efficiency of this method.

Anahtar Kelimeler: Global Optimization problem; filled function; Auxiliary function method


Exponential Filled Function Method for Solving Multi-dimension Global Optimization

The filled function technique is a highly efficient and successful approach for addressing global optimization problems. The performance of the filled function relies on parameters and attributes such as continuity, differentiability, and speed rate of reaching the optimal solution. This paper introduces a continuously differentiable filled function with a single parameter, and theoretical arguments are offered to demonstrate its features. A filled function method is built based on the suggested function to solve unconstrained global optimization issues. The numerical results of the suggested filled function on various test functions demonstrate the efficiency of this method.

Keywords: Global Optimization problem; filled function; Auxiliary function method

Sayfa Aralığı: 23-30


Atıf İçin

Ibrahem, S. A. (2023). Exponential Filled Function Method for Solving Multi-dimension Global Optimization. Journal of Current Research on Engineering, Science and Technology, 9 (1), 23-30


297