Kachanova T.L., Fomin B.F. Qualitology of system knowledge (In Russian)
Kachanova T.L., Fomin B.F. Qualitology of system knowledge: tutorial. ETU (“LETI”) Publishing Center, St.Petersburg, 2014. 132 p. ISBN 978-5-7629-1488-8, (In Russian)
Abstract
This book contains basic information about the Physics of Systems (a new post-cybernetic paradigm of systemology). There is given a review of both methods and technologies for generating an ontological and axiological knowledge about Open Systems. Automatic generation of the informational, intellectual, and technological resources of system knowledge is considered through an example of the process of manufacturing metal products.
This book is designed for masters and postgraduate students in the field of system analysis and information technologies used for intellectual data analysis.
It is recommended by Educational and Methodical Association (EMA) of Russian Higher Educational Institutions (HEIs) in the field of radio engineering, electronics, biomedical engineering and automation as a textbook for HEIs students on the master’s degree program in discipline “Control in technical systems”.
Download full text (in Russian).
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Content
|
Page |
| INTRODUCTION |
3 |
| 1. GENERATION AND QUALITOLOGY OF SYSTEM KNOWLEDGE |
5 |
| 1.1. Systemological conception of the Physics of Open Systems |
5 |
| 1.2. Architecture of system knowledge |
9 |
| 1.3. Technologies of generating an ontological and axiological knowledge |
14 |
| 2. TECHNOLOGY OF SYSTEM RECONSTRUCTIONS |
16 |
| 2.1. Model of system reconstructions |
16 |
| 2.2. Dual way of cognition |
17 |
| 2.3. Objects of technology of system reconstructions |
19 |
| 2.4. Functionality of technology of system reconstructions |
23 |
| 2.5. Basic methods of technology of system reconstructions |
24 |
| 2.6. Scales of measurements in technology of system reconstructions |
25 |
| 2.7. Reports patterns of technology of system reconstructions |
26 |
| 3. TECHNOLOGY OF SYSTEM EXAMINATION |
31 |
| 3.1. Model of system examination |
31 |
| 3.2. Dual way of understanding |
32 |
| 3.3. Objects of technology of system examination |
34 |
| 3.4. Functionality of technology of system examination |
38 |
| 3.5. Basic methods of technology of system examination |
40 |
| 3.6. Scales of measurements in technology of system examination |
41 |
| 3.7. Reports patterns of technology of system examination |
42 |
| 4. TECHNOLOGY OF SYSTEM DESIGN |
48 |
| 4.1. Model of system design |
48 |
| 4.2. Dual way of explanation |
50 |
| 4.3. Objects of technology of system design |
51 |
| 4.4. Functionality of technology of system design |
54 |
| 4.5. Basic methods of technology of system design |
55 |
| 4.6. Scales of measurements in technology of system design |
57 |
| 4.7. Reports patterns of technology of system design |
61 |
| 5. QUALIMETRY OF SYSTEM KNOWLEDGE |
63 |
| 5.1. Forms of representation of the system |
63 |
| 5.2. Qualimetric component of analytical core |
65 |
| 5.3. Element “Determinacy” of the qualimetric component |
72 |
| 5.4. Element “Ordering” of the qualimetric component |
77 |
| 5.5. Element “Explainability” of the qualimetric component |
80 |
| 5.6. Reports patterns “Assessing the resources of knowledge” |
84 |
| 6. RESOURCES OF SYSTEM KNOWLEDGE |
87 |
| 6.1. System analysis of the quality of manufacturing metal products |
88 |
| 6.2. Empirical portrait |
90 |
| 6.3. Statistical portrait |
92 |
| 6.4. Structural portrait |
94 |
| 6.5. System portrait |
97 |
| 6.6. Realistic portrait |
101 |
| 6.7. Completeness of the knowledge |
104 |
| 6.8. Essence of the knowledge |
109 |
| 6.9. Coverage of the knowledge |
112 |
| 6.10. Evaluation of information resource of the knowledge |
116 |
| 6.11. Evaluation of intellectual resource of the knowledge |
121 |
| 6.12. Evaluation of technological resource of the knowledge |
124 |
| CONCLUSION |
127 |
| References |
128 |