In this paper we propose a Multi-Objective Ant Colony Optimization (MOACO) algorithm called CHAC, which has been designed to solve the problem of finding the path on a map (corresponding to a simulated battlefield) that minimizes resources while maximizing safety. CHAC has been tested with two different state transition rules: an aggregative function that… (More)
CHAC, a Multi-Objective Ant Colony Optimization (MOACO), has been designed to solve the problem of finding the path that minimizes resources while maximizing safety for a military unit. The new version presented in this paper takes into acount new, more realistic, conditions and constraints. CHAC's previously proposed transition rules have been tested in… (More)
estudios en la materia.
hCHAC, a MOACO implemented to solve the problem of finding the path that minimizes resources, while maximizing safety for a military unit in realistic battlefields, is compared with some other approaches: two extreme methods, which only considers one objective in the search, and a mono-objective algorithm, which combines the two objectives terms of the… (More)
incentiva al estudiante a que ponga en marcha aspectos cognitivos a movilizar conocimientos previos y aspectos que entran dentro de la relación social. Los conceptos nunca se aprenden totalmente sino que, siempre se está avanzando en su nivel de profundidad y comprensión modificando o haciendo más explícitos e inclusivos a medida que se van diferenciando… (More)