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ویرایش: 1
نویسندگان: Kaizhong Guo. Shiyong Liu
سری: Studies in Systems, Decision and Control
ISBN (شابک) : 3030407594, 9783030407599
ناشر: Springer Nature
سال نشر: 2020
تعداد صفحات: 360
زبان: English
فرمت فایل : PDF (درصورت درخواست کاربر به PDF، EPUB یا AZW3 تبدیل می شود)
حجم فایل: 15 مگابایت
در صورت تبدیل فایل کتاب Error Systems: Concepts, Theory and Applications به فرمت های PDF، EPUB، AZW3، MOBI و یا DJVU می توانید به پشتیبان اطلاع دهید تا فایل مورد نظر را تبدیل نمایند.
توجه داشته باشید کتاب سیستم های خطا: مفاهیم ، نظریه و کاربردها نسخه زبان اصلی می باشد و کتاب ترجمه شده به فارسی نمی باشد. وبسایت اینترنشنال لایبرری ارائه دهنده کتاب های زبان اصلی می باشد و هیچ گونه کتاب ترجمه شده یا نوشته شده به فارسی را ارائه نمی دهد.
این کتاب دیدگاه جدیدی و درک عمیقتری از سیستمهای پیچیده اجتماعی-اقتصادی ارائه میدهد و قوانین و مکانیسمهای خطا را با آشکار ساختن ساختار سیستم، یعنی زمینهای که خطاها در آن نهفته است، بررسی میکند. تعدادی از مفاهیم جدید را برای حوزه علم سیستمها در مورد نیروهایی که به عنوان مثال تأثیر میگذارند، پیشنهاد میکند. ساختار سیستم، ساختارهای زیرسیستم و عناصر سیستم.
با توجه به گستردگی آن، کتاب مرجع عالی برای محققان و سایر خوانندگان در زمینههای علوم سیستمی، علوم مدیریت، ریاضیات، منطق فازی و مجموعهها، منطق نمادین، فلسفه ارائه میکند. و غیره. این کتاب همچنین میتواند برای محققین و متخصصان هوش مصنوعی و یادگیری ماشین مفید باشد، زیرا الگوهای خطای مختلف را میتوان با آموزش ماشینهای هوشمند با دادههای بزرگ (یعنی موارد خطا و منطق آنها) شناسایی کرد و به جلوگیری یا حذف خطاها کمک میکند. روش مقرون به صرفهThis book offers a new perspective and deeper understanding of complex socioeconomic systems, and explores the laws and mechanisms of erring by revealing the system structure, i.e., the context in which errors are imbedded. It proposes a number of new concepts for the field of systems science concerning the forces affecting e.g. system structure, subsystem structures, and system elements.
Given its scope, it offers an excellent reference book for researchers and other readers in the fields of systems science, management science, mathematics, fuzzy logic and sets, symbolic logic, philosophy, etc. The book can also benefit researchers and practitioners in artificial intelligence and machine learning, as various erring patterns can be identified by training intelligent machines with big data (i.e., error cases and their logic), helping to prevent or eliminate errors in a cost-effective manner.Preface Acknowledgements Contents 1 Brief Introduction of Error Systems 1.1 Concepts of Error System 1.1.1 Definition of Error System 1.1.2 Relationships and Operations Between Object Systems 1.1.3 Categorization of Error Systems 1.1.4 Relation Between Error System and Object System 1.2 Relationships Between System, Subsystems, and Elements 1.2.1 100% Error Produced by 1% Error 1.2.2 Chaos 1.2.3 Non-linearity 1.2.4 Almost-There Phenomenon 1.2.5 Concept of Error Systems 1.2.6 Relationship Between Systems, Subsystems, and Elements 1.2.7 Important Concepts of Error Subsystems 1.3 Feature-Based System Optimization 1.3.1 Background and Related Problems 1.3.2 Relationship Between System Optimization and Subsystems Optimization 1.3.3 Optimization of Feature-Additive Systems 2 Identification of Error 2.1 Necessity of Studying the Rules for Judging Errors 2.1.1 Objective Existence of Rules for Judging Errors 2.1.2 Theoretical Foundations of Studying Rules for Judging Errors 2.2 Properties of Rules for Judging Errors 2.2.1 Changeability of Rules for Judging Errors 2.2.2 The Hierarchy of Rules for Judging Errors 2.2.3 Completeness of Rules for Judging Errors 2.2.4 Scientificity of Rules for Judging Errors 2.2.5 Fuzziness of Rules for Judging Errors 2.2.6 Multi-objective Features of Rules for Judging Errors 2.2.7 Non-contradiction of Rules for Judging Errors 2.2.8 Unchangeability of Rules for Judging Errors Under Certain Conditions 2.2.9 Parallelism of Rules for Judging Errors 2.2.10 Acting Forces of Rules for Judging Errors 2.3 Methods of Building Rules for Judging Errors 2.3.1 Principles for Building Rules for Judging Errors 2.3.2 Process of Building Rules of Judging Errors 2.3.3 Steps for Building Rules of Judging Errors 2.4 Relationship Between Rules for Judging Errors and the Object Being Judged 2.4.1 Axioms 2.4.2 Equivalence in the Rules for Judging Errors 2.4.3 Correlation Between the Rules for Judging Errors 2.4.4 Good and Bad Rules for Judging Errors 2.4.5 Comparison Between Rules for Judging Errors 2.4.6 Relationship Between Rules for Judging Errors and Object Being Judged 2.5 Method for Identifying Errors 2.5.1 Flow Chart Used for Identifying Errors 2.5.2 Implementation Steps for Judging Errors 2.5.3 Implementation Methods for Judging Errors 2.5.4 Analysis on the Implementation Effectiveness in Judging Errors 2.6 Case Analysis for Error Identification 2.6.1 Addition of Binary Numbers 2.6.2 Case in Identifying Trademark Error 3 Basic Structures of Systems 3.1 System Structure 3.1.1 Basic Structures of Systems 3.1.2 Series Connections 3.1.3 Parallel Connections 3.1.4 Connections with Feedback 3.1.5 Expanding and Shrinking Structure 3.1.6 Inclusion Structure 4 Structures of Error Systems 4.1 Basic Structures of Error System 4.1.1 Hierarchical Structure of Error Systems 4.1.2 Chain Structure of Error System 4.1.3 Inclusion Structure of Errors 4.1.4 Feedback Structure of Errors 4.1.5 Changeable Structures of Error Systems 4.1.6 Fuzzy Structures of Error Systems 4.1.7 Stability of Error Systems 4.1.8 Discussion 5 Structural Change of Error Systems 5.1 Addition Transformation of Error System 5.1.1 Types of Addition Transformation on Error System Structure 5.1.2 Addition Transformation on Series Structure in Error Systems 5.1.3 Addition Transformation on Parallel Structure in Error Systems 5.1.4 Addition Transformation on Expanding and Shrinking Structure in Error Systems 5.1.5 Addition Transformation on Inclusion Structure in Error Systems 5.1.6 Addition Transformation on Feedback Structure in Error Systems 5.2 Displacement Transformation on Error System Structures 5.2.1 Types of Displacement Transformation on Error System Structures 5.2.2 Displacement Transformation on Error System Structures 5.2.3 Inverse Displacement Transformation on Error System Structures 5.3 Similarity Transformation on Error System Structures 5.3.1 Expression for Logical Proposition of Similarity Transformation on Error System Structure 5.3.2 Types of Similarity Transformation on Error System Structures 5.4 Decomposition Transformation on Error System Structures 5.4.1 Expression for Logical Proposition of Decomposition Transformation on Error System Structure 5.4.2 Decomposition Transformation on Error System Structures 5.4.3 Inverse Decomposition Transformation on Error System Structure-``Combination Transformation\'\' 5.5 Destruction Transformation on Error System Structures 5.5.1 Expression for Logical Proposition of Destruction Transformation on Error System Structure 5.5.2 Destruction Transformation on Error System Structures 5.5.3 Inverse Destruction Transformation on Error System Structure-``Generation Transformation\'\' 5.5.4 Stable Structures of Error Systems 6 System Acting Forces and Their Applications to Error Systems 6.1 Structural Acting Forces of System 6.1.1 Background 6.1.2 Basics Concepts 6.1.3 Transformations on System Structural Acting Forces 6.1.4 Relevant Research Regarding System Acting Forces 6.2 Acting Forces of System Elements 6.2.1 Motivation for Studying Acting Forces of System Elements 6.2.2 Concept of Acting Forces of System Elements 6.2.3 Transformations on Acting Forces of System Elements 6.2.4 Relevant Research Regarding Acting Forces of System Elements 6.3 Relationships Between Acting Forces of System Elements and System Features 6.3.1 Motivation on the Investigation 6.3.2 Relevant Concepts 6.3.3 Critical and Important Elements in a System 6.3.4 Function for Feature Acting Force of System Element 6.3.5 Conclusion 7 Transformations on Universe of Discourse and Rules in Error Systems 7.1 Transformations on Domain in Error Systems 7.1.1 Concept of Transformations on Universe of Discourse 7.1.2 Transformations on Universe of Discourse 7.1.3 Theorem of Transformation on Universe of Discourse 7.2 Transformations on Rules of Error Systems 7.2.1 Necessity in Studying Rules for Judging Errors 7.2.2 Properties of Rules for Judging Errors 7.2.3 Transformations on Rules for Judging Errors in Error Systems 8 Error Function 8.1 Concept of Error Function 8.1.1 Definition for Error Function 8.1.2 Categorization of Error Functions 8.2 Forms of Error Functions 8.2.1 Definitions of Error Function 8.2.2 Scalar Error Functions 8.2.3 Vector Type Error Function 8.3 Relationships Between Error Function and Judging Rules for Errors 8.3.1 Effects of Judging Rules on Error Function f 8.3.2 Relationships Between Different Error Values Under Different Judging Rules 9 Applications of Error Systems Theory 9.1 Preparation for Eliminating Errors 9.1.1 Identifying Error by Analyzing Root Causes 9.1.2 Principles for Eliminating Errors 9.1.3 Transformations and Their Impacts 9.2 Eliminating Errors in Systems Through Similarity Transformation 9.2.1 Introduction 9.2.2 Principles in Eliminating Errors Through Transformation 9.2.3 Eliminating Error Through Similarity Transformation 9.2.4 Examples Illustrating Error Elimination Through Similarity Transformation 9.3 Eliminating Errors in Systems Through Displacement Transformation 9.3.1 Starting Story 9.3.2 Definition on Displacement Transformation 9.3.3 Examples Illustrating Error Elimination Through Displacement Transformation 9.4 Eliminating Errors in Systems Through Decomposition Transformation 9.4.1 Starting Story 9.4.2 Definition on Decomposition Transformation 9.4.3 Types of Decomposition Transformations in Error Elimination 9.4.4 Examples Illustrating Error Elimination Through Decomposition Transformation 9.5 Eliminating Errors in Systems Through Addition Transformation 9.5.1 Starting Story 9.5.2 Definition on Addition Transformation 9.5.3 Types of Addition Transformations in Error Elimination 9.5.4 Examples Illustrating Error Elimination Through Addition Transformation 9.6 Eliminating Errors in Systems Through Destruction Transformation 9.6.1 Starting Story 9.6.2 Definition on Destruction Transformation 9.6.3 Types of Destruction Transformations in Error Elimination 9.6.4 Examples Illustrating Error Elimination Through Destruction Transformation 9.7 Case Study on Eliminating Errors in Enterprise Management 9.7.1 Case Background 9.8 Analyzing and Eliminating Four Typical Errors in Parenting Children 9.8.1 Four Principles Used in Parenting Children 9.8.2 Four Examples in Parenting Children 9.9 Applications of Error Theory 9.9.1 Establishing Error System Model 9.9.2 Practical Application of Error System Theory Appendix Glossary Appendix References