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دسته بندی: کامپیوتر ویرایش: نویسندگان: Marie-Jeanne Lesot. Christophe Marsala سری: Studies in Fuzziness and Soft Computing, 394 ISBN (شابک) : 9783030543402, 9783030543419 ناشر: Springer سال نشر: 2020 تعداد صفحات: 305 زبان: English فرمت فایل : PDF (درصورت درخواست کاربر به PDF، EPUB یا AZW3 تبدیل می شود) حجم فایل: 7 مگابایت
در صورت تبدیل فایل کتاب Fuzzy Approaches for Soft Computing and Approximate Reasoning: Theories 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 رویکردهای فازی برای محاسبات نرم و استدلال تقریبی: نظریه ها 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 مقالات پیشرفتهای را در زمینه هوش محاسباتی که توسط متخصصان ارائه شده است، جمعآوری میکند و تمام گرایشهای اصلی در جامعه تحقیقاتی را پوشش میدهد تا یک آغازگر غنی را در اختیار خوانندگان قرار دهد. این یک مرور کلی از موضوعات مختلف محاسبات نرم و رویکردهای تقریبی مبتنی بر استدلال، هم از دیدگاه نظری و هم از دیدگاه کاربردی ارائه میکند. موضوعات متعددی پوشش داده شده است: جنبههای بنیادی نظریه مجموعههای فازی، رویکردهای استدلال (داخلی، قیاسی، مبتنی بر شباهت)، نظریه تصمیمگیری و بهینهسازی، پایگاههای داده فازی، یادگیری ماشین نرم، خلاصهسازی، تفسیرپذیری و XAI. علاوه بر این، چندین مقاله مبتنی بر برنامه گنجانده شده است، به عنوان مثال. در مورد پردازش تصویر، وب معنایی و سیستم های آموزشی هوشمند. این کتاب به افتخار دستاوردهای او در هوش محاسباتی به برنادت بوشون-منیه تقدیم شده است، که در طول زندگی حرفه ای او شامل همکاری های فراوان و متنوع، هم از نظر موضوعی و هم از نظر جغرافیایی بوده است.
This book gathers cutting-edge papers in the area of Computational Intelligence, presented by specialists, and covering all major trends in the research community in order to provide readers with a rich primer. It presents an overview of various soft computing topics and approximate reasoning-based approaches, both from theoretical and applied perspectives. Numerous topics are covered: fundamentals aspects of fuzzy sets theory, reasoning approaches (interpolative, analogical, similarity-based), decision and optimization theory, fuzzy databases, soft machine learning, summarization, interpretability and XAI. Moreover, several application-based papers are included, e.g. on image processing, semantic web and intelligent tutoring systems. This book is dedicated to Bernadette Bouchon-Meunier in honor of her achievements in Computational Intelligence, which, throughout her career, have included profuse and diverse collaborations, both thematically and geographically.
Foreword Preface Contents Contributors The Fuzzy Theoretic Turn Membership Functions 1 Introduction 2 Mathematical Aspects of Membership Functions 2.1 Classical Versus Gradual Properties 2.2 Graduality and Partial Pre-orderings 2.3 Membership Scale: [0, 1] or Not 2.4 Bipolar Scale or Not? 2.5 Beyond Scalar Membership Grades 3 Finding Membership Grades 3.1 Based on Similarity 3.2 Fuzzy Sets as Possibility Distributions 3.3 Fuzzy Sets in Preference Evaluation 4 Concluding Remarks References The Evolution of the Notion of Overlap Functions 1 The Origin of the Notion of Overlap Function 2 The Mathematical Definition of Overlap Functions 3 Overlap Functions Versus Triangular Norms 4 n-Dimensional Overlap Functions 5 Applications of Overlap Functions 6 Conclusions References Interpolative Reasoning: Valid, Specificity-Gradual and Similarity-Based 1 Introduction 2 Interpolative Reasoning 2.1 Similarity-Based Interpolative Reasoning 3 Similarity Based Axioms for Interpolative Reasoning 3.1 Behaviour When Observation Equals a Premise of a Known Rule 3.2 Homogeneity of Observation-Premise Specificity with Respect to Conclusions 3.3 Monotonicity with Respect to Observation-Conclusion Specificities 3.4 Valid Convex Conclusions 3.5 Graduality with Respect to Rule\'s Proximity 4 Success and Limitations of Similarity-Based Interpolative Reasoning 4.1 Non-convex Solutions 4.2 Valid and Specificity-Gradual Solution 5 Conclusions References A Similarity-Based Three-Valued Modal Logic Approach to Reason with Prototypes and Counterexamples 1 Introduction 2 Prototypes, Counter-Examples and Borderline Cases: A Simple 3-Valued Model for Gradual Properties 2.1 A 3-Valued Approach 2.2 A Refresher on 3-Valued Łukasiewicz Logic Ł3 2.3 Dealing with both Prototypes and Counter-Examples: The Logic Łleq3 3 A Similarity-Based Refined Framework 4 A Multi-modal Approach to Reason About the Similarity-Based Graded Entailments 5 Conclusions and Dedication References Analogy 1 Introducing Analogy as One of Two Main Ways of Thinking 2 The Necessity of Fuzzy Logic Computation of Analogical Reasoning and Schemes 3 What Analogy is and What Analogy is Not 4 Models of Solving Analogies and Metaphors for Fuzzy Inference Making 5 Discussion References The Role of the Context in Decision and Optimization Problems 1 Introduction 2 The General Decision Problem 3 An Illustrative Example 3.1 Induced Framework 3.2 Ethical Framework 3.3 Sustainability Framework 3.4 Corporate Social Responsibility Framework 4 Conclusions References Decision Rules Under Vague and Uncertain Information 1 Introduction 2 Coherent Conditional Decomposable Measures 2.1 Definitions and Main Results 2.2 Coherent Extensions 3 An Interpretation of Fuzzy Sets in Terms of Likelihood Function 3.1 Conditional Probability and Possibility of Fuzzy Events 4 Probabilistic and Possibilistic Fuzzy IF-THEN Rules 5 Conclusions References Abstract Models for Systems Identification 1 Introduction 2 Background of the Minimal Realization Problem 3 Different Types of Identification Models 3.1 Relational Models 3.2 Order Models 3.3 Categorical Models 4 Concluding Remarks References Fuzzy Systems Interpretability: What, Why and How 1 Introduction 2 Some Basic Concepts on Fuzzy Systems 3 What Is Interpretability? 4 Why Do We Need Interpretable Systems? 5 How to Evaluate Interpretability? 6 How to Build Interpretable Fuzzy Systems? 7 Conclusions References Fuzzy Clustering Models and Their Related Concepts 1 Introduction 2 Additive Clustering Model 3 Additive Fuzzy Clustering Model 4 Kernel Fuzzy Clustering Model 5 Generalized Fuzzy Clustering Model 6 Generalized Aggregation Operator Based Nonlinear Fuzzy Clustering Model 7 Conclusion References Fast Cluster Tendency Assessment for Big, High-Dimensional Data 1 Introduction 2 Preliminaries 2.1 Random Projection 2.2 Visual Assessment of Tendency (VAT) and Its Relative Methods 3 siVAT Algorithms 3.1 siVAT1 3.2 siVAT2 4 Experiments 4.1 Datasets 4.2 Distance Matrix in Downspace Versus Distance Matrix in Upspace 4.3 Cluster Assessment Using siVAT, siVAT1 and siVAT2 5 Conclusions References An Introduction to Linguistic Summaries 1 Introduction 2 Basic Ideas of Linguistic Summaries 3 Information Content of Linguistic Summaries 4 Concepts and Hierarchies 5 Conclusion References Graduality in Data Sciences: Gradual Patterns 1 Introduction 2 Definitions 3 Quality Criterion 4 Advanced Protoforms for Gradual Patterns 5 Conclusion References Evolving Systems 1 Introduction 2 Rule-Based Evolving Systems 3 Neural Evolving Fuzzy Systems 4 Evolving Fuzzy Linear Regression Trees 5 Conclusion References Control: Advances on Fuzzy Model-Based Observers 1 Motivation 2 Introduction 2.1 Notations and Preliminaries 3 Measured Premise Variables 3.1 The Continuous Case 3.2 The Discrete Case 4 Unmeasured Premise Variables 5 Example 6 Concluding Remarks References Fuzzy Extensions of Databases 1 Introduction 2 Fuzzy Querying of Classical Databases 2.1 Fuzzy Extension of SQL 2.2 Fuzzy Query Optimization 3 Possibilistic Databases 3.1 About Uncertain Databases and Possible Worlds 3.2 Possibilistic Database Models 4 Cooperative Query-Answering 5 Conclusion References On Maxitive Image Processing 1 Introduction 2 Preliminary Considerations, Definitions and Notations 2.1 Notations 2.2 Digital Images 2.3 Capacities and Expectations 2.4 Summative and Maxitive Kernels 2.5 Crisp and Fuzzy Partitions 3 From Continuous to Digital Image Processing 3.1 Continuous Image/Digital Image 3.2 Kernel-Based Image Processing 3.3 Example: Rigid Transformations 4 Conclusion and Discussion References F-Transform Representation of Nonlocal Operators with Applications to Image Restoration 1 Introduction 2 Preliminaries 2.1 Fm-transform 2.2 F0- and F1-transforms for Multivariate Functions 3 F-transform-Based Representation of Nonlocal Operations 4 Image Restoration by the Patch-Based-Inpainting 5 Examples 6 Conclusion References Forensic Identification by Craniofacial Superimposition Using Fuzzy Set Theory 1 Introduction 2 Sources of Uncertainty 2.1 Stage 1: Acquisition and Processing of AM-PM Materials 2.2 Stage 2: Face and Skull Examination 2.3 Stage 3: Skull-Face Overlay 2.4 Stage 4: Decision Making 3 State of the Art Approaches Modeling Craniofacial Superimposition Uncertainties 3.1 Modeling the Uncertainty Related to the Location of Facial Landmarks 3.2 Modeling the Landmark Matching Uncertainty 3.3 Fuzzy Hierarchical Decision Support Framework 4 Discussion and Conclusions References On the Applicability of Fuzzy Rule Interpolation and Wavelet Analysis in Colorectal Image Segment Classification 1 Introduction 2 Fuzzy Sets and Reasoning 2.1 Fuzzy Rule Interpolation 2.2 Antecedents 3 Fuzzy Rules 4 Results 5 Conclusion References Association Rule Mining for Unknown Video Games 1 Introduction 2 General Video Game AI 3 Frequent Pattern Mining (FPM) and Association Rule Analysis 4 Extracting Play-Traces Patterns and Game Rules 5 Properties of the Termination Set 6 Applications of Association Rule Analysis for General Game AI 7 Analysis of Fuzzy Methods 8 Conclusions and Outlook References Semantic Web: Graphs, Imprecision and Knowledge Generation 1 Introduction 2 Knowledge Generation Framework: Introduction 3 Knowledge Graphs: Semantic Web Representation of Data 3.1 Representation of Actual Data 3.2 Representation of Concept Definitions 3.3 Integration of Data and Conceptual Graphs 4 Logic Structure: Topos and Fuzziness 4.1 Logic of Topos 4.2 Concept Signatures 4.3 Fuzzy Term Monads 5 Knowledge Generation Processes 6 Conclusion References Z-Numbers: How They Describe Student Confidence and How They Can Explain (and Improve) Laplacian and Schroedinger Eigenmap Dimension Reduction in Data Analysis 1 Introduction 2 Need to Take into Account Accuracy and Reliability When Processing Data 2.1 Need for Data Processing 2.2 How to Take Accuracy into Account: Probabilistic Case 2.3 How to Take Accuracy into Account: Fuzzy Case 2.4 Need to Take Reliability into Account 3 Z-Numbers 3.1 What Do We Know About the Possible Outliers 3.2 Probabilistic Case 3.3 Fuzzy Case 3.4 General Case 3.5 Problem 3.6 Idea 3.7 Resulting Algorithm 3.8 How Good Is This Algorithm? 4 Examples and Case Study 4.1 Z-Numbers and Teaching 4.2 Case Study: Dimension Reduction 4.3 Reformulating the Problem in Terms of Z-Numbers 4.4 Our Algorithm Leads to a Known Successful Heuristic 4.5 Taking into Account that Some Objects May Be Not Relevant 4.6 Can We Go Beyond Justification of Existing Approaches? 5 Conclusion References