Search for dissertations about: "experience-based systems"
Showing result 1 - 5 of 12 swedish dissertations containing the words experience-based systems.
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1. Reuse of Engineering Knowledge: Perspectives on Experience-Based Codified Knowledge in Incremental Product Development
Abstract : Product development is a knowledge-intensive activity and as products become more complex and competition intensifies, the amount of knowledge increases. A prerequisite for engineers who apply current best practices and continuously improve their working methodologies is to efficiently reuse existing knowledge. READ MORE
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2. Models for Estimation of Software Faults and Failures in Inspection and Test
Abstract : In software engineering, the quality of software and in particular the software reliability has to be controlled and improved. Hence there is a need for measuring and controlling the number and appearance of software faults and failures. READ MORE
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3. Social Challenges when Implementing Information Systems in a Swedish Healthcare Organization
Abstract : When the Swedish National IT Strategy for Health and Social Care was introduced in 2006, intensive work started in implementing Information Systems (IS) in Swedish healthcare organizations. To follow up on the requests for more research with a combined socio-technical focus on challenges, the overall aim of this thesis was to identify social challenges when implementing IS in a Swedish healthcare organization. READ MORE
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4. Knowledge-Based Systems for Preliminary Design of Structures
Abstract : This thesis concerns methods for the application of knowledge-based techniques to preliminary structural design. A practical study of these methods is done by developing a prototype for preliminary design of highway bridges (called PREBRI). READ MORE
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5. Cognition and decision-making in adoption of agricultural decision support systems : the case of precision agriculture
Abstract : Precision agriculture (PA) has a central role to play in a sustainable intensification trajectory of agriculture, including increased yields and decreased environmental impact. Although grounded in advanced technologies this still implies that the individual farmer will have to develop knowledge that is complex, diverse and local. READ MORE