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Issue No.03 - May/June (1993 vol.10)
pp: 23-29
ABSTRACT
<p>Four prototype metatools, Protege, Dots, Dash, and Spark, which researchers are using to experiment with the automatic generation of knowledge-acquisition tools, are discussed. Protege and Dots are stand-alone metatools; Dash and Spark are subsystems. Dash is part of Protege II, a design environment for knowledge-based systems. Spark is part of the Spark, Burn, and Firefighter framework for the design of application systems. The two stand-alone tools, their environments, and their subsystems are compared. Protege demonstrates how one can instantiate knowledge-acquisition tools from a description of a problem-solving method. Dots, on the other hand, lets one design knowledge-acquisition tools for many applications. Spark, Burn, and Firefighter are similar to Protege II in that they emphasize developing problem-solving methods from reusable components, although Spark, Burn and Firefighter associate a knowledge-acquisition tool with each method in the library. Protege II uses Dash to generate knowledge-acquisition tools from domain ontologies.</p>
INDEX TERMS
software reuse; prototype metatools; Protege; Dots; Dash; Spark; knowledge-acquisition tools; knowledge-based systems; problem-solving method; knowledge acquisition; knowledge based systems; software engineering; software tools
CITATION
Henrik Eriksson, Mark Musen, "Metatools for Knowledge Acquisition", IEEE Software, vol.10, no. 3, pp. 23-29, May/June 1993, doi:10.1109/52.210598
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