Analyzing how the exploration/exploitation trade off in biologically-inspired algorithms affects energy consumption
Identificadores
URI: https://hdl.handle.net/10481/107864Metadatos
Mostrar el registro completo del ítemMateria
Green Computing Energy profiling Metaheuristics
Fecha
2025-11-09Patrocinador
Ministerio español de Economía y Competitividad: proyecto PID2023-147409NB-C21.Resumen
Green computing tries to push a series of best practices that, in general, reduce the amount of energy consumed to perform a given piece of work. There are no fixed rules for {\em greening} an algorithm implementation, which means that we need to create a methodology that, after profiling the energy spent by an algorithm implementation, comes up with specific rules that will optimize the amount of energy spent. In population based algorithms, the exploration/exploitation balance is one of the most critical aspects. The algorithm we will be working with in this paper called Brave New Algorithm was designed with the main objective of keeping that balance in an optimal way through the stratification of the population. In this paper we will analyze how this balance affects the energy consumption of the algorithm.





