Artificial Life, 2001, 7(1), 3-31 In the research described here we extend past computational investigations of animal signaling by studying an artificial world in which a population of initially noncommunicating agents evolves to communicate about food sources and predators. Signaling in this world can be either beneficial (e.g., warning of nearby predators) or costly (e.g., […]
By James A. Reggia, Reiner Schulz, Juan Uriagereka, Gerald S. Wilkinson
January 1, 2001