A proposal for simulation of efficient distribution of loads through artificial immune systems

Abstract

The main goal of this work is the development of an algorithm using the principles of Artificial Immune Systems for the simulation of an efficient distribution of loads. The concept of loads used here refers to what is or can be transported or supported by structure, person, vehicle, apparatus, etc. consequently generates an economic cost, energy or time. Through studies about Human Immune System, Artificial Immune Systems, Computational Complexity, P-Median and algorithms as ClonalG, we intend to propose a computational model applicable to complex systems that can be simulated to show that the artificial immune system can be used as tool in pursuit of "good solutions"