| Preface | 7 |
| Part I. The foundations of the new cybernetic | |
| Chapter I. Information is phenomenon of the nature | |
| 1.1. | Statement of problem | 13
|
| 1.2. | Statute | 14 |
1.3.
| Phenomenon of the water and crystalline structure | 18 |
1.4.
| Facts, indicative directly or indirectly about the influence of the information
on proceeding in the nature processes | 21 |
| 1.5. | Postulate about information interaction and influence | 23 |
1.6.
| Philosophical-semantical approach | 27 |
| 1.7. | Information field | 29 |
| Chapter 2. New cybernetics as the object of researching | |
| 2.1. | Crisis of cybernetics | 36 |
| 2.2. | N. Wiener's and V. Glushkov's cyberneticses | 38 |
| 2.3. | Object of the new cybernetic researching | 43 |
| Chapter 3. Systems approach when studying evolution processes: forecasting processes of natural and artificial nature | |
| 3.1. | State of the problems | |
| 3.2. | Forecasting processes of natural and artificial nature | 51
|
| 3.3. | General laws of the development and degradation of nature objects | 53
|
| 3.4. | System approach and apparatus of forecasting of evolution processes | 58
|
| 3.5. | Globalization of the economics | 66
|
| Chapter 4. Principle of mixed extremum as the base of evolution processes | |
| 4.1. | State of the problem | 81
|
| 4.2. | Evolution of computer means | 86
|
| 4.3. | Forecasting form of computer | 90
|
| Chapter 5. Mechanisms of bringing in dynamism in plan economy | |
| 5.1. | State of the problem | 97
|
| 5.2. | Adaptive control | 98 |
| 5.3. | Mechanism of the inverse connections | 100
|
| 5.4. | Scheme of monitoring economy of the transition period on the base of standard
model and theoretical knowledge about economy | 102
|
| 5.5. | Examples of the economical-mathematical models | 103
|
| 5.6. | Dynamical model of the marketing | 104
|
| Chapter 6. Postindustrial information social-ecological society | |
| 6.1. | State of the problem | 108
|
| 6.2. | Critics of Marxism-Leninism in general and K. Marx's economy, in particular | 111
|
| 6.3. | Critics of the capitalist economy | 113
|
| 6.4. | Conception of building postindustrial information social-ecological society | 114
|
| 6.5. | Hierarchy of balances | 118
|
| 6.6. | Building the harmonious society | 120
|
| Chapter 7. Basises of the computer technique | |
| 7.1. | Algorithmic basis and its classification | 126
|
| 7.2. | Analysis of basises of computer technique and its decision of productivity problems | 132
|
| 7.3. | Methods and means of the algorithmic basis to fasten the computing processes | 137
|
| 7.4. | Adaptation and its role in the process of computing
| 142
|
| 7.5. | Adaptive approximations and intensification of computing processes
| 145
|
| Chapter 8. Intensification of computing processes | |
| 8.1. | State of the problem | 150
|
| 8.2. | Main principles of intensification of the computing process | 153
|
| 8.3. | Criteria of indices of quality of computing process intensification
| 156
|
| Chapter 9. Comparison of processes evolution development of computer means and vegetable kingdom | |
| 9.1. | State of the problem | 166
|
| 9.2. | Information and entropy | 167
|
| 9.3. | Evolution of the vegetable kingdom | 171
|
| 9.4. | Comparison of the evolution processes of the vegetable kingdom and computer means | 173
|
| Chapter 10. Perspectives of the development of the computer means with network interaction | |
| 10.1. | State of the problem | 182
|
| 10.2. | Evolution of the development of the computer means in live nature and society | 184
|
| 10.3. | Role of bio-, neurocomputers and computer networks in the evolution of
computer means development | 187 |
| 10.4. | Virtual semantic-information networks | 189 |
| Chapter 11. Evolution of the development of the languages and systems of programming | |
| 11.1. | The state of the problem | 195 |
| 11.2. | Classification and comparison of the languages of programming | 195 |
| 11.3. | Evolution development of the languages and systems of programming | 197 |
| 11.4. | Structural programming and abstract data types | 203 |
| 11.5. | The subsequent ways of the development of languages | 206 |
| Chapter 12. Conception of creating computer systems with high level failure-stability | |
| 12.1. | State of the problem | 213 |
| 12.2. | Principles of creating high-reliable failure-safe computer systems | 216 |
| 12.3. | The role of basis of computer technique and redundancy | 213 |
| Section II. Adaptation and feedbacks in computing mathematics. Role of mathematics in understanding processes and phenomena, happenning in the nature | |
| Chapter 13. Adaptive approximation and iterative processes | |
| 13.1. | State of the problem | 224 |
| 13.2. | Theoretical bases of the iterative processes | 229 |
13.3.
| Expansion of the function on discrepancies as the base of receiving adaptive
approximation and iterative functions | 233 |
| 13.4. | Recurrence in computer evaluation of mathematical functions and reducing the argument range to a very smal interval | 239 |
Chapter 14. Methods of expansion function on discrepancies
| |
| 14.1. | Expansion function on discrepancies | 244 |
| 14.2. | The direct methods of expansion on discrepancy series | 246 |
| 14.3. | Functional transformations for receiving expansions on discrepancy | 250 |
14.4.
| Calculations of the inverse functions | 255 |
14.5.
| Expansion of functions on discrepancy series on Chebeshev's polinominals | 257 |
14.6.
| Methods of getting of rational expansions on discrepancies | 260 |
14.7.
| Methods of economization of expansion on discrepancies | 268 |
14.8.
| Base sequences of IF for computing functions | 271 |
14.9.
| Adaptives on data of computing functions | 291 |
14.10.
| Segmented approximations and tabular methods of computing gunctions | 294 |
| Chapter 15. Adaptive economic asynchronous iterative methods "digit by digit" | |
| 15.1. | State of the problem | 309 |
| 15.2. | Functional relation for getting adaptive methods "digit by digit" | 313 |
| 15.3. | Computing functions on the base of adaptive methods "digit by digit" | 315 |
| Chapter 16. Adaptive approximation of function | |
| 16.1. | State of the problem | 322 |
| 16.2. | Adaptive approximations, based on expansion of function on discrepancy | 323 |
| 16.3. | Adaptive on accuracy of approximation of function | 329 |
| Addition | |
| I. | Academican V.M. Glushkov's Heritage | 333 |
