This paper describes how the Domain-Independent Design System (DIDS) was used to solve the VT Sisyphus task. DIDS enables knowledge engineers to rapidly ...
This paper describes how the Domain-Independent Design System (DIDS) was used to solve the VT Sisyphus task.
The focus of this paper is the reuse of domain knowledge acquired for an initial problem solver, with a further problem solver. For our analysis we chose a ...
Solving VT by reuse · Contents. International Journal of Human-Computer Studies. Volume 44, Issue 3-4 · PREVIOUS ARTICLE. Sisyphus-VT. Previous · NEXT ARTICLE.
The focus of this paper is the reuse of domain knowledge acquired for an initial problem solver, with a further problem solver. For our analysis we chose a ...
Mar 15, 2024 · In this paper we discuss a solution to the Sisyphus II elevator design problem developed using the VITAL approach to structured knowledge-based ...
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Solving VT in VITAL: a study in model construction and knowledge reuse.
Abstract. Reuse has long been a major goal of the Knowledge Engineering community. The focus of this paper is the reuse of domain knowledge acquired.
In this paper we present a case study of PSM reuse, where we focus on two particular issues: (1) how to reuse a PSM by generalizing some of its task assumptions ...
Solving VT in VITAL: a study in model construction and knowledge reuse.