The reuse of abstract models of problem solving is a major step towards cost effective and quality assured knowledge based system (KBS) development. To enhance flexible reuse, these models can be broken down into reusable components, containing artificial problem solving methods and ontologies of domain models. A library of these models and components has been constructed as part of the CommonKADS methodology, and its presentation in the book allows application independent of a particular methodology, or tools for implementing KBS’s. This book contains the most comprehensive collection available of modelling components for contructing `second generation’ KBS. The components problem solving methods and domain ontologies are described and explained within a unifying framework and completed by typology of problems diagnosis, design and their interdependencies. The second part of the book contains the Library itself, enhanced by a description of the rational of different approaches.

This software is also peer reviewed by journal TOMS.

References in zbMATH (referenced in 25 articles , 1 standard article )

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  1. Li, Yan-Ru; Hong, Chao-Fu; Wang, Tai-Ping: Implementing and integrating NPD and sales forecasting system based on a knowledge perspective (2006)
  2. Goc, Marc; Gaeta, Michel: Modelling structures in generic space, a condition for adaptiveness of monitoring cognitive agent (2005)
  3. Bienvenido, J.Fernando; Flores-Parra, Isabel M.: Automatic generation of the behavior definition of distributed design tools from task method diagrams and method flux diagrams by diagram composition (2004)
  4. Breuker, Joost; Valente, André; Winkels, Radboud: Legal ontologies in knowledge engineering and information management. (2004)
  5. Le Goc, Marc; Gaeta, Michel: Modelling structures in generic space, a condition for adaptiveness of monitoring cognitive agent (2004)
  6. Luck, Michael; Ashri, Ronald; d’Inverno, Mark: Agent-based software development. (2004)
  7. Roy, R.; Adesola, B.A.; Thornton, S.: Development of a knowledge model for managing schedule disturbance in steel-making (2004)
  8. Alonso, Carlos J.; Llamas, César; Maestro, Jose A.; Pulido, Belarmino: Diagnosis of dynamic systems: A knowledge model that allows tracking the system during the diagnosis process (2003)
  9. Crowther, Paul; Berner, Gerd; Williams, Raymond: Re-usable knowledge: development of an object oriented industrial KBS and a collaborative domain ontology (2003)
  10. Fernández-Caballero, Antonio; Mira, José Mira; Delgado, Ana E.; Fernández Graciani, Miguel A.: Lateral interaction in accumulative computation: a model for motion detection (2003)
  11. Ossowski, Sascha; Hernández, Josefa Z.; Iglesias, Carlos A.; Fernández, Alberto: Engineering agent systems for decision support (2003)
  12. Cañadas, José Joaquín; del Águila, Isabel María; Bosch, Alfonso; Túnez, Samuel: An intelligent system for therapy control in a distributed organization (2002)
  13. Pridmore, Tony P.; Darwish, Ahmed; Elliman, Dave: Interpreting line drawing images: A knowledge level perspective (2002)
  14. Sutcliffe, Alistair: User-centred requirements engineering. (2002)
  15. Bienvenido, Jose F.; Flores-Parra, Isabel M.; Guirado, Rafael; Marín, Roque L.: Knowledge based modeling of the design process as a base of design tools. Application to the development of agricultural structures (2001)
  16. del Aguila, Isabel María; Túnez, Samuel; Cañadas, Joaquín; Bosch, Alfonso; Marín, Roque: A proposal for project management using CommonKADS (2001)
  17. Henao, M.; Soler, J.; Botti, V.: Developing a mobile robot control application with CommonKADS-RT (2001)
  18. Túnez, S.; Águila, I. M.; Marín, R.: An expertise model for therapy planning using abductive reasoning. (2001)
  19. Schmidt, Gabriele; Wetter, Thomas: Using natural language sources in model-based knowledge acquisition (1998)
  20. Studer, Rudi; Benjamins, V.Richard; Fensel, Dieter: Knowledge Engineering: Principles and methods (1998)

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