Thoughts on Solution Concepts (Page 434)
A. Bucci (Brandeis University)
J. B. Pollack (Brandeis University)

Objective Fitness Correlation: Evaluating coevolutionary evaluation (Page 440)
E. D. de Jong (Utrecht University)

Optimal Nesting of Species for Exact Cover of Resources: Two Against Many (Page 448)
J. Horn (Northern Michigan University)

Hybrid Coevolutionary Algorithms vs. SVM Algorithms (Page 456)
R. Li (University of California at Riverside)
B. Bhanu (University of California at Riverside)
K. Krawiec (University of California at Riverside)

Pareto-Coevolutionary Genetic Programming for Problem Decomposition in Multi-Class Classification (Page 464)
P. Lichodzijewski (Dalhousie University)
M. I. Heywood (Dalhousie University)

Towards the Coevolution of Cellular Automata Controllers for Chemical Computing with the B-Z Reaction (Page 472)
C. Stone (University of the West of England)
R. Toth (University of the West of England)
A. Adamatzky (University of the West of England)
B. de Lacy Costello (University of the West of England)
L. Bull (University of the West of England)

A Comparison of Evaluation Methods in Coevolution (Page 479)
T.-S. Yo (Utrecht University)
E. D. de Jong (Utrecht University)

Coevolution: Posters

Guided Mutations in Cooperative Coevolutionary Algorithms for Function Optimization (Page 488)
C.-K. Au (Tin Shui Wai)
H.-F. Leung (The Chinese University of Hong Kong)

On the Number of Subpopulations in Coevolutionary Computation: A Database Application (Page 489)
R. Li (University of California at Riverside)
B. Bhanu (University of California at Riverside)
K. Krawiec (University of California at Riverside)

A Spatial Model of the Red Queen Effect (Page 490)
J. Ottino-Loffler (Northwestern Institute)
W. Rand (Northwestern Institute)
U. Wilensky (Northwestern Institute)