A Theoretical Analysis of Conjunctive-Goal Problems. - David Joslin 002; John W. Roach (Artif. Intell., 1989)

Least-Cost Flaw Repair: A Plan Refinement Strategy for Partial-Order Planning. - David Joslin 002; Martha E. Pollack (AAAI, 1994)

Is "Early Commitment" in Plan Generation Ever a Good Idea? - David Joslin 002; Martha E. Pollack (AAAI/IAAI, Vol. 2, 1996)

Exploiting Symmetry in Lifted CSPs. - David Joslin 002; Amitabha Roy 001 (AAAI/IAAI, 1997)

Flaw Selection Strategies For Partial-Order Planning. - Martha E. Pollack; David Joslin 002; Massimo Paolucci (J. Artif. Intell. Res., 1997)

Cyclic Scheduling. - Denise Draper; Ari K. Jónsson; David P. Clements; David E. Joslin (IJCAI, 1999)

Squeaky Wheel Optimization. - David E. Joslin; David P. Clements (J. Artif. Intell. Res., 1999)

Ensuring capstone project success for a diverse student body. - Thomas E. Carpenter Jr.; Adair Dingle; David Joslin 002 (J. Comput. Sci. Coll., 2004)

Simulation-based planning for planetary rover experiments. - David Joslin 002; Jeremy Frank; Ari K. Jónsson; David E. Smith 001 (WSC, 2005)

Agent-based simulation for software project planning. - David Joslin 002; William Poole (WSC, 2005)

Promoting undergraduate research in teaching-oriented colleges and universities. - David Joslin 002; Ivan Lumala; Catrin Riggs; Vibha Sazawal (J. Comput. Sci. Coll., 2005)

Opportunistic Fitness Evaluation in a Genetic Algorithm for Civil Engineering Design Optimization. - David Joslin 002; Jeff Dragovich; Hoa Vo; Justin Terada (IEEE Congress on Evolutionary Computation, 2006)

Improving genetic algorithm performance with intelligent mappings from chromosomes to solutions. - Justin Collins; David Joslin 002 (GECCO, 2006)

Combining genetic algorithms with squeaky-wheel optimization. - Justin Terada; Hoa Vo; David Joslin 002 (GECCO, 2006)

Leveraging domain-expert knowledge in a genetic algorithm for civil engineering design optimization. - Hoa Vo; Justin Terada; David Joslin 002; Jeff Dragovich (GECCO, 2006)

Real realization: Dennett's real patterns versus Putnam's ubiquitous automata. - David Joslin 002 (Minds Mach., 2006)

Greedy transformation of evolutionary algorithm search spaces for scheduling problems. - David Joslin 002; Justin Collins (IEEE Congress on Evolutionary Computation, 2007)