| 187 | -- | 192 | . Problem statement for Sisyphus: models of problem solving |
| 193 | -- | 219 | Nathalie Aussenac-Gilles, Nada Matta. Making a method of problem solving explicit with MACAO |
| 221 | -- | 241 | Alan Balkany, William P. Birmingham, Jay T. Runkel. Solving Sisyphus by design |
| 243 | -- | 271 | Brian R. Gaines. A situated classification solution of a resource allocation task represented in a visual language |
| 273 | -- | 291 | Werner Karbach, Angi Voß, Uwe Drouven. Solving the office allocation task in reflective ASSIGN |
| 293 | -- | 314 | Georg Klinker, Marc Linster, David Marques, John P. McDermott, Gregg Yost. Exploiting problem descriptions to provide assistance with the Sisyphus task |
| 315 | -- | 347 | Enrico Motta, Kieron O Hara, Nigel Shadbolt. Grounding GDMs: a structured case study |
| 349 | -- | 377 | A. Th. Schreiber. Applying KADS to the office assignment domain |
| 379 | -- | 401 | Susan Spirgi, Dieter Wenger. Sisyphus project: EMA approach |