Meuleau, N. and Lattaud, C. (1995). The artificial evolution of cooperation. In Home/Search Document Details and Download
Summary Related Articles Check |
This paper is cited in the following contexts:
A Game-Theoretic Investigation of Selection Methods Used.. - Ficici, Melnik, Pollack (2000) (1 citation) (Correct)
....and equilibria of evolutionary game theory, provided the selection pressure is not too high. Indeed, any number of differentiable functions can be substituted for fitness proportional selection, and provide variable selection pressure while maintaining proper operation. Empirical evidence in [Meuleau and Lattaud, 1995] and [Fogel and Fogel, 1995, Fogel et al. 1998] agrees with our findings with respect to ( ES and truncation selec tion, respectively. The former study notes dramatic dif ferences between results obtained using ( ES and fitness proportionate selection in coevolving strategies for the ....
Meuleau, N. and Lattaud, C. (1995). The artificial evolution of cooperation. In
Co-Evolution And Genetic Algorithms - Morrison (1998) (Correct)
....Classifier Systems. All of these fields have many instances of co evolution consistent with the work provided here. A survey of all such research is beyond the scope of this thesis. However, there are some papers in the field of Artificial Life that the reader might find interesting. These papers [11, 23, 25, 34, 35, 42, 45, 54] range in topics from the use of co evolution as a basis for a new form of Evolutionary Computation [11] to the simulation of ecosystems [54] Chapter 2. Previous Work, Goals and their Implications 10 2.1 Previous Work in Genetic Algorithms Within Evolutionary Computation the area of ....
....and 2 It is desirable to eliminate evolutionary cycling from a system only when a higher fitness is desired. When natural behaviour is desired then 3 Darwen and Yao did not categorize the evolutionary cycling as clearly as was done here. This categorization is due to insights provided in [42] and its projection onto Darwen and Yao s paper [72] Chapter 2. Previous Work, Goals and their Implications 13 A B Coexist A C Coexist A Dominates A C Shares with B C Beats A B Beats Figure 2.1: Evolutionary Cycling occurs in this system because the system is attracted to the states shown ....
N. Meuleau and C. Lattaud. The Artificial Evolution of Cooperation. In Artificial Evolution, pages 159--180, 1995.
Online articles have much greater impact More about CiteSeer.IST Add search form to your site Submit documents Feedback
CiteSeer.IST - Copyright Penn State and NEC