Call For Expression Of Interest: Handbook of General Rough Sets
Editor-in -Chief: A Mani
Co-Editor-in-Chief(s): Stefania Boffa, Chris Cornelis, Sheela Ramanna, Beata Zielosko
Section Editors: A Mani, Stefania Boffa, Davide Ciucci, Chris Cornelis, Piotr Artemjew, Sheela Ramanna, Yuyi Yao, Beata Zielosko
A handbook of rough sets is planned as a Springer Major Reference Work.
It will consist of 14-15 sections with a total of over 162 chapters (details below). Chapters within the book fall under book sections, while chapter
sections may themselves be substantially long. There are no page restrictions, though contributed chapter sections should be at least three pages long.
Researchers in rough sets and allied fields are invited to propose to write chapters or chapter sections in about 200-500 words. Do mention relevant references. Please send the same to a.mani.cms@gmail.com and stefania.boffa@unimib.it
Target Audience:
All researchers, students and practitioners concerned with theoretical and practical problems in general rough sets and allied areas such as fuzzy sets, FCA, evidence theory, soft optimization, and artificial intelligence/machine learning in general.
Timeline: (Tentative):
Confirmation to Authors: 15th August 2025+ (or earlier)
Submission Start: 30th September 2025 (or earlier)
Submission Due: 15th July 2026
Dynamic Reviews Due: 15th August 2026
Final Version: 15th September 2026
Book Submission: 30th September 2026
Description of the Book
The handbook is intended to be a comprehensive up-to-date reference for general rough sets (and allied areas) – a subject that has progressed tremendously over the last four decades since its inception in the eighties of the last century in several directions. The research chapters critically cover basic to advanced topics in depth. A comprehensive array of examples with detailed descriptions of use cases for researchers, students, and practitioners of general rough sets and allied areas of artificial intelligence are part of the book.This is the first handbook in the subject that seeks to be a comprehensive, critical, and a unifying reference for all stakeholders. Further, itis intended to address a long-standing yet underexplored aspect of rough set theory: the role and nature of examples.
Topics ranging from the most basic to frontier areas are covered with particular attention to interconnections and gaps in research. New research problems, and directions are therefore part of the handbook.
Theoretical advances, and empirical developments, have not been in sync for a variety of reasons. The perspectives employed in algebraic, logical and topological studies do not necessarily align with the workarounds used in empirical studies, and applications. The latter practices often relate to problems of generality or ontological stability or meaning. Gaps in theoretical justifications of the formulas, measures or algorithms used in applications are common. So is the state of data-driven studies, and many ML algorithms. These are some reasons for a more systematic research handbook of general rough sets (and allied areas). The purpose of the edited volume is to address the issues mentioned to the extent possible, to serve as a standard reference for all stakeholders, to bring practitioners and theorists closer, and to improve the quality of the research discourse in the subject.
Section Editing Tasks (approximate):
Section: Basic Topics (A Mani, Davide Ciucci, Stefania Boffa)
Section: Partial and Total Algebraic Systems (A Mani, Davide Ciucci)
Section: PreTopological and Topological Models (A Mani, Chris Cornelis )
Section: Logics of RS (Davide Ciucci, Stefania Boffa, A Mani)
Section: Qualitative/Quantitative Probability and RS (A Mani, Yiyu Yao, )
Section: Knowledge Representation, and Causality (A Mani, Stefania Boffa)
Section: Soft Decision-Making and Classification (Yiyu Yao, Chris Cornelis )
Section: Hybrid Theories and Methods (Chris Cornelis, Stefania Boffa)
Section: General Rough Sets and Applied Philosophy (A Mani, Stefania Boffa, Yiyu Yao)
Section: Numeric Measures, Functions and Algorithms (A Mani, Sheela Ramanna, Yiyu Yao)
Section: Algorithms and Complexity (Beata Zielosko, Piotr Artemjew)
Section: General Rough ML Methods (Sheela Ramanna, Beata Zielosko, A Mani, Piotr Artemjew)
Section: Applications of General Rough Sets (Sheela Ramanna, Beata Zielosko, A Mani, Piotr Artemjew)
Section: Software for General Rough Sets (Chris Cornelis, A Mani )
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Table of Contents
Preface
Guide for Navigation
Section: Basic Topics
1. Information Tables
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Determinate and Indeterminate Tables
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Decision Tables
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Dynamic Tables
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Multi-Source Tables
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Information Tables and Logic
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Hybrid and Dynamic Tables
2. Relations and Approximations
2. Covers, and Approximations
3. Neighborhood-Based Approximations
4. Abstract, Partial, and Other Approximations
5. Basic Numeric Measures, and their Interpretation
6. Axiomatic Granules and Granulations
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Axiomatic
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Advanced Aspects
7. Precision-Based and Other Granulations
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Classical
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Precision-Based
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Dynamic/Adaptive
8. Reducts, and Feature Selection -1
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Attribute
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Partial
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Decision/Classification
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Object/Class-Specific
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Approximate
9. Rough Objects
10. Data Cleaning for Rough Computing
Section: Partial and Total Algebraic Systems of Rough Sets
Semantic vs Where-From Approach
11. Algebraic Systems of Classical Rough Sets
12. Algebraic Systems of Similarity RBRS
13. Algebraic Systems of Reflexive RBRS
14. Algebraic Systems of Generalized Transitive RBRS
15. Algebraic Systems of TransitiveRBRS
16. Algebraic Systems of Other RBRS
17. Algebraic Systems of Cover BRS-1
18. Algebraic Systems of Cover BRS-2
19. Algebraic Systems of Neighborhood BRS
20. Algebraic Systems of Modal Logics of RS
21. Algebraic Systems of Mereological RS
22. Algebraic Systems of Higher-Order Models
23. Algebraic Systems of Abstract RS
24. Discrete Dualities
25. Algebraic Systems of Paraconsistent Logics
26. Algebraic Systems of Multi-valued Logics
Note: + 2-3 Chapters on the rough object perspective.
Section: PreTopological and Topological Models
27. Pre-topologies of RS
28. Topologies of RS
29. Natural Dualities
30. Mereotopologies of RS
31. Near Sets-1
32. Near Sets-2
Section: Logics of General Rough Sets
33. Modal Logics
34. Kripke Models and Frames
35. Axiomatic Systems
36. Many-valued and Quantum Logics
37. Automata and RS
38. Paraconsistent Logics
39. Figures of Opposition
40. Other Logics of RS
41. Logics on Finite Alphabets
Section: Qualitative/Quantitative Probability and Rough Sets
42. Measure-theoretic Probability and RS
43. Stochastic Rough Probability Theories
44. Generalized Bayesian Reasoning
45. Connections with Subjective Probability Theories
46. Dependence and Deviant Probability Theories
47. Probabilistic Approximations
Section: Knowledge Representation, and Causality
48. Knowledge Representation in Classical RS
49. Knowledge Representation in General RS
50. Granular Knowledge Representation
51. Multivalued Knowledge Representation
52. Graded Knowledge Representation
53. Other Knowledge Representation Topics
54. Attribute-based Dependence
55. Dependence Between Objects Dependence
56. Dependence Between Processes
57. Theory-specific Dependence
58. Granular Dependence
59. Dependence and Commensurability
60. Higher Order Dependence
61. Graded Dependence
62. FCA and Classical Rough Sets
63. FCA and General Rough Sets
64. Vague Concepts
Section: Soft Decision-Making and Classification
65. Basic Three-Way Decision-Making
66. Three-Way Decision-Making and General RS
67. Hybrid Methods for 3-Way DM
68. 3-Way Decision Trees
69. Issues in 3-Way DM
70. Multilabel Classification-1
71. Multilabel Classification-2
72. Conflict Analysis and Decision-making
73. Multi-Source Decision-Making
74. Multi-Criteria Decision-Making
75. Flow Graphs
76. Hybrid Methods for Soft DM
Section: Hybrid Theories and Methods
77. Rough Fuzzy Sets
78. Fuzzy Rough Sets
79. L-fuzzy Sets and General Rough sets
80. Mereological Aspects of Hybrid L-Fuzzy Sets
81. Implications in Hybrid L-Fuzzy Sets
82. Evidence Theories and Rough Sets
83. Fusion and Related Issues
84. Evidential Rough Sets
85. Rough-Set valued Stochastic Models
86. Evidence Theories vs Probabilistic Rough Sets
87. Rough Neural Networks
88. Rough Neuro Fuzzy Computing
89. Genetic algorithms and Rough Sets
90. Explainable AI (XAI) and General Rough Sets
91. Other ML methods and Rough Sets
Section: General Rough Sets and Applied Philosophy
92. Numeric Rough Mereology
93. Applications, and Ontology for NRM
94. Spatial Mereology
95. RCC and Variants
96. Abstract Rough Mereological Models
97. Ontology
98. Domains of Discourse
99. Ontological Commitments
100. Distributed Cognition
101. Limits of Phenomenology
102. Various Isms of General Rough Sets
103. Other Topics
104. General Rough Sets as an Epistemic Tool
Section: Numeric Measures, Functions and Algorithms
105. Generalized Rough Inclusion Functions and Granularity
106. Membership Degrees
107. Basic Measures, and Entropies
108. Quality of Approximation
109. Optimization Problems and Measures
110. Classification Problems and Measures
Section: Algorithms and Complexity
(The chapters 111-117 in this section depend on the availability of suitable authors. They maybe reorganized from a functional perspective, meta-heuristics, and related issues.)
111*. Exact Algorithms for Decision Rules
112*. Approximate Algorithms of Decision Rules
113*. Algorithms for ReductComputation
114*. Approximate Algorithms for Reduct Computation
115*. Approximate Algorithms for Feature Selection.
116*. Metaheuristics and Related Issues
111. NP-Hard and NP-Complete Problems
112. Log-Linear Algorithms for General Rough Sets
113. Linear Algorithms for General Rough Sets
114. Quasi PTIME Algorithms for General Rough Sets
115. PTIME Algorithms for General Rough Sets
116. ZPPP Algorithms for General Rough Sets
117. BQP Algorithms for General Rough Sets
118. Algorithms for Reducts and Feature Selection
119. Algorithms for Classification and Decision Problems
120. Other Algorithms for General Rough Sets
Section: General Rough ML Methods
121. Rule Discovery, and KDD-1
122. Rule Discovery, and KDD-2
123. Rule Discovery, and KDD-3
124. Advanced Feature Selection-1
125. Advanced Feature Selection-2
126. Advanced Feature Selection-3
127. Hard Clustering and Rough Sets
128. Soft Clustering and Rough sets
129. General Rough Clustering
130. Meaning through General Rough Clustering
131. Commensurability in Soft Clustering
132. Rough Processes
133. C- Rough Randomness
134. Big Data -1
135. Big Data -2
136. Big Data -3
137. Applications to the Foundations of ML -1
Section: Applications of General Rough Sets
A. Applications to Education Research
138. For the Learning of Science
139. Mathematics Education Research
140. Modeling Ethnomathematics
141. Concept Inventories
142. Other Applications
B. Imaging, Video Analysis and Rough Sets
143. Imaging Tasks
144. Medical Imaging
145. Video Analysis
146. Fixed vs Moving Cameras
147. Near Sets based Methods-1
148. Near Sets based Methods-2
149. Near Sets based Methods-3
150. Other Methods
151. Overview of Applications to Medical Diagnostics
C. Data-driven Hybrid Applications
152. Data-driven Hybrid Applications-1
153. Data-driven Hybrid Applications-2
154. Data-driven Hybrid Applications-3
Section: Software for General Rough Sets
155. Best Practices
156. GNU/R Libraries
157. Good Reusable Code.
158. Other Libraries
_______________________________________________
A Mani
Senior Member, International Rough Set Society
AI Research Consultant (Mathematics)
Former Woman Scientist, Indian Statistical Institute, Kolkata
ORCID: 0000-0002-0880-1035
Stefania Boffa
Dipartimento di Business, Diritto, Economia e Consumi,
IULM University, 20143, Milan, Italy
ORCID: 0000-0002-4171-3459
Davide Ciucci
Dipartimento Di Informatica, Sistemistica E Comunicazione
Università degli Studi di Milano-Bicocca
ORCID: 0000-0002-8083-7809
Chris Cornelis
Dept. of Mathematics, Computer Science and Statistics
Ghent University, 9000 Gent, Belgium
ORCID: 0000−0002−6852−4041
Piotr Artemjew
Chair of Mathematical Methods of Informatics
Department of Mathematics and Computer Sciences
University of Warmia and Mazury
Sheela Ramanna
Department of Applied Computer Science
University of Winnipeg
Manitoba R3B 2E9, Canada
ORCID: 0000-0003-4169-6115
Yiyu Yao
Department of Computer Science
University of Regina
Regina, Saskatchewan, Canada S4S 0A2
ORCID: 0000-0001-6502-6226
Beata Zielosko
Institute of Computer Science
University of Silesia
Bȩdzińska 39, 41-200 Sosnowiec, Poland
ORCID: 0000-0003-3788-1094
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