Evolving Controllers for Autonomous Agents Using Genetically Programmed Networks

– This article presents a new approach to the evolution of controllers for autonomous agents. We propose the evolution of a connectionist structure where each node has an associated program, evolved using genetic programming. We call this structure a Genetically Programmed Network and use it to successfully evolve control systems with very different architectures, by making small restrictions to the evolutionary process. Experimental results of applying this method to evolve neural networks, distributed programs and rule-based systems all capable of solving a common benchmark problem, the Ant Problem, are presented. Comparisons with other known genetic programming based approaches, show that our method requires less effort to find a solution.

• Type: Conference
• Year: 1999
• Where: EUROGP
• Authors: Arlindo Silva, Ana Neves, Ernesto Costa
• Keywords: Common Benchmark Problem, EUROGP 1999, Genetic Programming, Known Genetic Programming, Optimization