Integration von Innovationstechniken in ein wissensbasiertes System (Integration of Innovation into a Knowledge-Based System)

The dissertation begins with the uses of innovation, how it can and should be generated and to what heights it might aspire. Then turning his attention to knowledge-based systems such as computer technology, the author reveals the current state of research in that field, including artificial intelli...

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Bibliographic Details
Main Author: Reuter, Matthias
Format: Report
Language:English
Subjects:
AQ F03-02-0410
ARTIFICIAL INTELLIGENCE
Computer Programming and Software
CREATIVITY
Cybernetics
EXPERT SYSTEMS
FOREIGN REPORTS
GERMAN LANGUAGE
GERMANY
Information Science
INTEGRATED SYSTEMS
INTEGRATION
KNOWLEDGE MANAGEMENT
RESEARCH MANAGEMENT
SCIENTIFIC RESEARCH
SOFTWARE ENGINEERING
SYSTEMS ENGINEERING
THESES
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Summary:The dissertation begins with the uses of innovation, how it can and should be generated and to what heights it might aspire. Then turning his attention to knowledge-based systems such as computer technology, the author reveals the current state of research in that field, including artificial intelligence and expert systems, and how creativity and contradiction orientation promote development. The middle section of the dissertation focuses on innovation as it helps re-mold expert systems and integral systems, respectively. Ensuing findings concern knowledge acquisition and the application environment, both of which are used as variables in the final chapter, which features an experimental model. The dissertation begins with the uses of innovation, how it can and should be generated and to what heights it might aspire. Then turning his attention to knowledge-based systems such as computer technology, the author reveals the current state of research in that field, including artificial intelligence and expert systems, and how creativity and contradiction orientation promote development. The middle section of the dissertation focuses on innovation as it helps re-mold expert systems and integral systems, respectively. Ensuing findings concern knowledge acquisition and the application environment, both of which are used as variables in the final chapter, which features an experimental model. Text in German; abstract in English.