We consider a modal logic based on mathematical morphology which allows the expression of mereotopological relations between subgraphs. A specific form of topological closure between graphs is expressible in this logic, both as a combination of the negation ¬ and its dual , and as modality, using the stable relation Q, which describes the incidence structure of the graph. This allows to define qualitative spatial relations between discrete regions, and to compare them with earlier works in mereotopology, both in the discrete and in the continuous space
Qualitative reasoning about mereotopological relations has been extensively investigated, while more...
Reasoning about spatial knowledge is an important aspect of computational intelligence. Humans easi...
AbstractThe computational properties of qualitative spatial reasoning have been investigated to some...
An automated theorem prover for a class of logics. A set of axioms and propositions valid in the log...
Qualitative spatial relations are used in artificial intelligence to model commonsense notions such ...
PublishedWhereas mereology, in the strict sense, is concerned solely with the part–whole relation, m...
The logic UBiSKt is a bi-intuitionistic modal logic with universal modalities having a semantics in ...
This paper shows how the Discrete Mereotopology notions of adjacency and neighbourhood between regio...
Basic relationships between certain regions of space are formulated in natural language in everyday...
Qualitative Spatial Reasoning (QSR) is an alternative technique to represent spatial relations with...
Topology is used in many applications that may benefit from the automation of spatial reasoning, not...
We show how mereotopological notions can be expressed by extending intuitionistic propositional logi...
Finding ways for defining the complete and sound (physically plausible) set of relationships between...
Several formalisms have been proposed for qualitativereasoning about regions and their topological r...
Qualitative spatial representation and reasoning are techniques for modeling and manipulating object...
Qualitative reasoning about mereotopological relations has been extensively investigated, while more...
Reasoning about spatial knowledge is an important aspect of computational intelligence. Humans easi...
AbstractThe computational properties of qualitative spatial reasoning have been investigated to some...
An automated theorem prover for a class of logics. A set of axioms and propositions valid in the log...
Qualitative spatial relations are used in artificial intelligence to model commonsense notions such ...
PublishedWhereas mereology, in the strict sense, is concerned solely with the part–whole relation, m...
The logic UBiSKt is a bi-intuitionistic modal logic with universal modalities having a semantics in ...
This paper shows how the Discrete Mereotopology notions of adjacency and neighbourhood between regio...
Basic relationships between certain regions of space are formulated in natural language in everyday...
Qualitative Spatial Reasoning (QSR) is an alternative technique to represent spatial relations with...
Topology is used in many applications that may benefit from the automation of spatial reasoning, not...
We show how mereotopological notions can be expressed by extending intuitionistic propositional logi...
Finding ways for defining the complete and sound (physically plausible) set of relationships between...
Several formalisms have been proposed for qualitativereasoning about regions and their topological r...
Qualitative spatial representation and reasoning are techniques for modeling and manipulating object...
Qualitative reasoning about mereotopological relations has been extensively investigated, while more...
Reasoning about spatial knowledge is an important aspect of computational intelligence. Humans easi...
AbstractThe computational properties of qualitative spatial reasoning have been investigated to some...