| Description |
1 online resource |
| Series |
Routledge revivals |
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Routledge revivals.
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| Contents |
Cover; Half Title; Title; Copyright; TABLE OF CONTENTS; ABOUT THE EDITORS; LIST OF CONTRIBUTORS; PREFACE; PART I MULTIPLE ENVIRONMENTS AND MULTIPLE CONTEXTS IN KNOWLEDGE ENGINEERING; CHAPTER 1 Introducing Multi-environmental and Multi-Context Knowledge-Based Systems: A New Approach; 1.1. Why Multiple Environments?; 1.2. What is a Multi-environmental Knowledge-based System?; 1.3. Multi-environments in Non-medical Knowledge Domain; 1.4. What is Multi-context and Why Should It Be Introduced?; 1.5. The Need for a Multi-environmental Design Approach |
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1.6. Three Essential Features of Multi-environmental Knowledge based Systems: Acceptability, Reliability and Protectability1.7. Multi-environmental Reliability of Knowledge; 1.8. Testing Knowledge Structures: Their Multi-context Acceptability and Multi-environmental Reliability; 1.9. References; CHAPTER 2 What is a Multiple Environment and How Does It Affect The Function of a Knowledge-based System?; 2.1. Introduction; 2.2. Expert System Shells; 2.3. Multi-environment Medical Aspects; 2.4. Dissimilar Components of Medical Environments; 2.5. The Main Aspects of the Multi-environmental Problem |
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2.6. R eferen cesCHAPTER 3 A Framework for Transfer of Expert Systems Between Environments; 3.1. Systemic O rien tations; 3.2. Engineering and Technical Orientations; 3.3. Transfer-A Key Problem of Multi-environmental Knowledge Engineering; 3.4. Systematicity of Expert Systems; 3.5. A Relational View of Expert Systems; 3.6. Paradigmatic Aspects; 3.7. Summary; 3.8. References; CHAPTER 4 Impact of Multiple Environments on the Functioning of Medical and Other Knowledge-Based Systems; 4.1. Introduction; 4.2. Historical Perspectives in the Development of Multiple Medical Environments |
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4.3. Shared Environments4.4. Impact of Multiple Environments in Health Care; 4.5. Support and Record Systems; 4.6. Transfer of Constructs to Other Fields; 4.7. Conclusions; 4.8. REFERENCES; CHAPTER 5 Activity Structures: A Methodology for Design of Multienvironment and Multi-context Knowledge-based Systems; 5.1. What are Activity Structures?; 5.2. Activity Structures as a Tool for Analysis and Synthesis of Information Processing Machines; 5.3. Towards a Design of a Reliable, Correct, Robust and User-friendly Multi-Environmental Computing System |
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5.4. Analysis and Evaluation of Information Processing Machines by Means of Activity Structures5.5. Knowledge Identification, Elicitation and Representation; 5.6. Realisation of Substratum Structures by Means of Virtual Machines; 5.7. Functional Refinements of Activity Structures; 5.8. General Systems Constructs in Activity Structures Approach; 5.9. References; PART II METHODS OF KNOWLEDGE ELICITATION; CHAPTER 6 Knowledge Elicitation -- An Exercise in Identification and Verification of Expert Knowledge; 6.1. Introduction; 6.2. Problems in Knowledge Elicitation; 6.3. Expertise and the Expert |
| Notes |
Online resource; title from PDF file page (EBSCO, viewed December 27, 2018) |
| Subject |
Expert systems (Computer science)
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Expert Systems
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COMPUTERS -- General.
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Expert systems (Computer science)
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| Form |
Electronic book
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| Author |
Anderson, John, 1921-
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Bandler, Wyllis.
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| ISBN |
9780429761850 |
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0429761856 |
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0429761864 |
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9780429761867 |
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