Computer-based critics

Fischer, Gerhard; Mastaglio, Thomas W.

doi:10.1109/hicss.1989.49272

Cited by 12 publications

(3 citation statements)

References 23 publications

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“…Moreover, our hypothetical intelligent assistant need not directthe user, but rather would probably act in an advisory capacity-checking the user's input for syntactic (or perhaps factual) errors, advising the user of program functionality of which she may not be aware, suggesting relevant references or examples from a database of previous work. In this sense, the proposed intelligent assistants are close in spirit to the critics described by Fischer et olin their work on design environments [17,18].…”

Section: Incorporating Knowledge Bases Into Programmable Applicationssupporting

confidence: 56%

Programmable applications

Eisenberg

1995

SIGCHI Bull.

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Current3~shion in "hser-~iendly"sofiware design tends to place an overreliance on direct manipulation inteo~ces. 7b be truly expressive (and thus truly user-~iendly), applications need both learnable inter3~ces and domain-enriched languages that are accessible to the user. This paper discusses some of the design issues that arise in the creation of such programmable applications. As an example, we present "SchemePaint, "a graphics application that combines a MacPaint-like inte~ce with an interpreter /br (a '~raphics-enriched'~) Scheme.

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Section: Incorporating Knowledge Bases Into Programmable Applicationssupporting

confidence: 56%

Programmable applications

Eisenberg

1995

SIGCHI Bull.

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“…The user should play an active role in the problem solving process (Fischer and Mastaglio 1989). Preece et al (1994, pp.…”

Section: Introductionmentioning

confidence: 99%

Critic Systems ? Towards Human?Computer Collaborative Problem Solving

Tianfield

Wang

2004

Artificial Intelligence Review

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Human-computer collaboration is extremely necessary for solving ill-structured problems and critic systems can effectively facilitate human-computer collaborative problem solving. This paper conducts a systematic study on critic systems. First, the concepts of critic systems are presented. Then, a literature review is presented on critic systems. Afterwards, a generic architecture is put forward for critic systems, with its important aspects being analyzed. Finally, two case studies are given to illustrate critic systems.

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“…Our work has many similarities to critiquing systems such as [16,19,9,201. What they term as criticisms become arguments in our system.…”

Section: Contributions and Ties To Related Workmentioning

confidence: 90%

KNOB: a mutation-based approach for generating stereotype behaviors in active decision support systems

Raghavan

Proceedings of the Twenty-Fourth Annual Hawaii International Conference on System Sciences

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Role playing is a natural paradigm for decision support. It closely mimics the kind of support decision makers can expect to receive from their peers and fellow human beings. People, when called for decision support, often resort to the use of behavior patterns such as expert, devil's advocate, critique, playing dumb, careful listener etc. These forms of support have a much higher potential for enhancing decision quality than the mundane forms of support such as number crunching, data analysis etc.In this paper, we show how knowledge base mutation may be used for generating such behavior patterns during decision support. We cover the basic ideas of mutation, develop a systematic approach for applying the ideas for decision support, and illustrate its application for building a practical decision support system. Our preliminary evaluations of the system are very encouraging, and suggest that systems incorporating these ideas can be very effective in practice.

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Computer-based critics

Cited by 12 publications

References 23 publications

Programmable applications

Programmable applications

Critic Systems ? Towards Human?Computer Collaborative Problem Solving

KNOB: a mutation-based approach for generating stereotype behaviors in active decision support systems

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