Wiederhold, G. 1989. The Architecture of Future Information Systems, Technical Report, Computer Science Department, Stanford University.  Home/Search   Document Not in Database   Summary   Related Articles   Check

.... some because they implement a primitive or aggregate cognitive function (Minsky 1986, Minsky and Riecken 1994) some because they manifest characteristics of distributed intelligence (Moulin and Chaib draa 1996) some because they serve a mediating role among people and programs (Coutaz 1990; Wiederhold 1989; Wiederhold 1992) some because they perform the role of an intelligent assistant (Boy 1991, Maes 1997) some because they can migrate in a self directed way from computer to computer 4 BRADSHAW (White 1996) some because they present themselves to users as believable characters (Ball et al. ....

Wiederhold, G. 1989. The Architecture of Future Information Systems, Technical Report, Computer Science Department, Stanford University.

....method based on what we have called Abstract Intelligent Implementations ,A.I.I. 16] put forth by this author[1,3] for an applied version) Intelligent implementation of software, that is design and implementation of software by AI techniques, is due to be an area of crucial importance[11] The new design techniques combined with AI are applied to the real software engineering problems encountered in fields such as intelligent software systems, aerospace, and robot system design. Furthermore, there is demand for computing models and languages sharing a few basic concepts. There ....

.... by our theoretical development in [5,6] There is a gap between the OOP object programming trends and objects as applied to AI programming [13,14,16] We had started on a project to bridge the abstract data type AI KR in our 1985 paper [15] For OOP the AI application areas are outlined in [10,11,13] The present paper offers a syntactic OOP techniques applicable to AI and ordinary OOP. An important technical point is that the agents are represented by function names that appear on the free syntax trees of implementing trees. The trees defined by the present approach have function names ....

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Wiederhold, G. The Architecture of Future Information Systems, Stanford University Computer Science Department, 1989.

....[8] mechanisms needed to establish reliable communication with the right agent, and mutual and useful understanding of the communication contents. For such problems, some authors suggest the introduction of an additional kind of agents, communication facilitators [9] and communication mediators[17], respectively. Such facilitators and mediators communicate among themselves using well defined protocols which are independent from the language or languages which the agent uses to exchange knowledge; see [10] for other examples. The different functionalities being associated to these new kind ....

G. Wiederhold. The architecture of future information systems. Stanford University Computer Science Dept., 1989.

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Gio Wiederhold: "The Architecture of Future Information Systems "; Stanford, CSD, 1989.

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Wiederhold, G. The Architecture of Future Information Systems, Stanford University Computer Science Department, 1989.

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Wiederhold, G., "The Architecture for Future Information Systems," Stanford University, Computer Science Department, 1989.

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