In modeling multiagent systems for real-life problems, techniques for approximate reasoning about vague concepts and dependencies (ARVCD) are necessary. We discuss an approach to approximate reasoning based on rough sets. In particular, we present a number of basic concepts such as approximation spaces, concept approximation, rough inclu-sion, construction of information granules in calculi of in-formation granules, and perception logic. The approach to ARVCD is illustrated by examples relative to interactions of agents, ontology approximation, adaptive hierarchical learning of compound concepts and skills, behavioral pat-tern identification, planning, conflict analysis and negotia-tions, and perception-based reasoning. The concept approxim...
The theory of rough sets starts with the notion of an approximation space, which is a pair (U,R), U ...
AbstractWe focus on families of Pawlak approximation spaces, called multiple-source approximation sy...
Abstract. Classification systems working on large feature spaces, despite extensive learning, often ...
Abstract. We present a rough set approach to vague concept approxi-mation within the adaptive learni...
In recent years, rough set theory [1] has attracted attention of many researchers and practitioners ...
Representing and reasoning about knowledge is critical in Artificial Intelligence. There is a distin...
AbstractWe are concerned with formal models of reasoning under uncertainty. Many approaches to this ...
Intelligent systems for many real life problems can be modeled by systems of complex objects and the...
The formal concept analysis gives a mathematical definition of a formal concept. However, in many re...
Abstract — An important topic of rough set theory is the approximation of undefinable sets or concep...
Abstract. This paper considers the problem of how to establish calculi of approximation spaces. Appr...
Abstract. A basic notion shared by rough set analysis and formal concept analysis is the definabilit...
We investigate on modeling uncertain concepts via rough description logics, which are an extension o...
Abstract. We present a hierarchical learning approach to approxima-tion of complex concept from expe...
This unique collection of research papers offers a comprehensive and up-to-date guide to algebraic a...
The theory of rough sets starts with the notion of an approximation space, which is a pair (U,R), U ...
AbstractWe focus on families of Pawlak approximation spaces, called multiple-source approximation sy...
Abstract. Classification systems working on large feature spaces, despite extensive learning, often ...
Abstract. We present a rough set approach to vague concept approxi-mation within the adaptive learni...
In recent years, rough set theory [1] has attracted attention of many researchers and practitioners ...
Representing and reasoning about knowledge is critical in Artificial Intelligence. There is a distin...
AbstractWe are concerned with formal models of reasoning under uncertainty. Many approaches to this ...
Intelligent systems for many real life problems can be modeled by systems of complex objects and the...
The formal concept analysis gives a mathematical definition of a formal concept. However, in many re...
Abstract — An important topic of rough set theory is the approximation of undefinable sets or concep...
Abstract. This paper considers the problem of how to establish calculi of approximation spaces. Appr...
Abstract. A basic notion shared by rough set analysis and formal concept analysis is the definabilit...
We investigate on modeling uncertain concepts via rough description logics, which are an extension o...
Abstract. We present a hierarchical learning approach to approxima-tion of complex concept from expe...
This unique collection of research papers offers a comprehensive and up-to-date guide to algebraic a...
The theory of rough sets starts with the notion of an approximation space, which is a pair (U,R), U ...
AbstractWe focus on families of Pawlak approximation spaces, called multiple-source approximation sy...
Abstract. Classification systems working on large feature spaces, despite extensive learning, often ...