Swartout, W. and Gil, Y., 1996. "EXPECT: A UserCentered Environment for the Development and Adaptation of Knowledge-Based Planning Aids". In Advanced Planning Technology: Technological Achievements of the ARPA/Rome Laboratory Planning Initiative, ed. Austin Tate. Menlo Park, Calif.: AAAI Press.  Home/Search   Document Details and Download   Summary   Related Articles   Check

....statement output created from the sketch. The sketch outputs in MELD followed the common ontology developed for the domain and were used by GeoRep, the Cyc based critiquer and the critiquing systems of GMU (built with Disciple KA shell [Tecuci et al., 1999] and ISI (built with the expect KA shell [Swartout Gil, 1996]) and UMass s knowledge based war gaming simulator [Atkin et al., 1999] COA Example The graphic above shows a standard army COA drawn within ArCS. A human planner uses the ArCS tool to depict the deployment of friendly and enemy forces, the actions undertaken by friendly forces, the ....

Swartout, W. and Gil, Y., 1996. "EXPECT: A UserCentered Environment for the Development and Adaptation of Knowledge-Based Planning Aids". In Advanced Planning Technology: Technological Achievements of the ARPA/Rome Laboratory Planning Initiative, ed. Austin Tate. Menlo Park, Calif.: AAAI Press.

....C Theta As member : Obj Theta Os sof t Gamma hard Gamma info : C sof t; hard The expression of an objective, as with the other constraints, is defined by providing a structuring plug in grammar. This approach is partially based on the way flexible tasks and goals are expressed in EXPECT [34, 33] and INSPECT [46] 4.3.1 Issues The focus on issues in i n ova is a unique approach which is linked to ideas found in workflow perspectives and issue based collaborative design. Essentially an issue is, an outstanding aim, objective, preference, task, or flaw which remains to be addressed by ....

W.R. Swartout and Y. Gil. EXPECT: A user-centered environment for the development and adaptation of knowledge-based planning aids. In A. Tate, editor, Advanced Planning Technology: Technological Advancements of the ARPA/Rome Laboratory Planning Initiative, pages 250--258, Menlo Park, CA, 1996. AAAI Press.

....bugs in pre constructed rule bases by meta level rules, through the interaction of human experts. However, recent work moves to modeling domains and tasks (problem solving methods) by knowledge, for example PROTEGE II(M.Munsen and S.Tu ,93) CommonKADS (J.Breuker and W. Van de Velde ,94) and EXPECT(W.R.Swartout and G.Yolanda ,96) Furthermore, the work todayisgetting into the field of ontologies engineering, suchas KIF(M.R.Genesereth and R.Fikes ,92) and Ontolingua(T.R. Gruber ,92) According to (G.Heijist ,95) there are several distinguished ontologies, such as general or generic ontologies for conceptualization ....

W.R.Swartout and G.Yolanda (1996). EXPECT: A User-centered Environment for the Development and Adaptation of Knowledge-based Planning Aids, In Advanced Planning Technology, AAAI Press.

.... has been recognized by the KBS community as an important component in the overall task of knowledge acquisition for expert systems relative to some specific problem solving framework (Davis Bonnell 1991) These works include architectures, such as the EXPECT knowledge acquisition architecture (Swartout Gil 1996) which dynamically forms expectations about the knowledge that needs to be acquired by the system and then uses these expectations to interactively guide the user through the knowledge acquisition process. Earlier we also mentioned the KEATS (Motta et al. 1991) toolset which can be seen as a ....

Swartout, W., and Gil, Y. 1996. EXPECT: A usercentered environment for the development and adaptation of knowledge-based planning aids. In Tate (1996), 250--258.

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