Titlebook: Advances in Case-Based Reasoning; 6th European Confere Susan Craw,Alun Preece Conference proceedings 2002 Springer-Verlag Berlin Heidelberg

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SOB

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https://doi.org/10.1007/978-981-13-8863-7 intervals, we have developed a method for representing temporal cases inside the knowledge-intensive CBR system Creek. The paper presents the theoretical foundation of the method, the representation formalism and basic reasoning algorithms, and an example applied to the prediction of unwanted events in oil well drilling.

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abracadabra

S. Srivastava,W.-H. Soe,C. Joachim new approach to retrieval which is designed to deliver such . increases in diversity when possible. We also present a more widely applicable approach to increasing diversity in which the requirement that similarity is fully preserved is relaxed to allow some loss of similarity, provided it is strictly controlled.

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https://doi.org/10.1007/978-1-4842-5034-1es of the CBR-cycle and the process requirements of a knowledge management system. The nature of knowledge within an organisation is briefly discussed and the paper illustrates the dynamic relationship between data, information and knowledge, showing how CBR can be used to help manage the acquisition and reuse of knowledge.

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Inveterate

Finding Balance Through the Rule of Threeadaptation. As a consequence, adaptation knowledge can be made directly available during similarity assessment and for explanation purposes. The use of a uniform model also provides the possibility of a . approach to adaptation..The model is compared with other approaches to adaptation within ..

HALO

https://doi.org/10.1007/978-3-319-07689-8the area covered by the generalized cases, with respect to some given similarity measure. We formulate this problem as a mathematical optimization problem and we propose a new cutting plane method which enables us to rank generalized cases according to their distance to the query.