We study the computational complexity of the qualitative algebra which is a temporal constraint formalism that combines the point algebra, the point-interval algebra and Allen's interval algebra. We identify all tractable fragments and show that every other fragment is NP-complete
AbstractTemporal reasoning problems arise in many areas of AI, including planning, natural language ...
AbstractWe present a formalism, Disjunctive Linear Relations (DLRs), for reasoning about temporal co...
AbstractWe investigate the computational complexity of temporal reasoning in different time models s...
AbstractWe study the computational complexity of the qualitative algebra which is a temporal constra...
We study the computational complexity of the qualitative algebra which is a temporal constraint form...
AbstractSeveral algebras have been proposed for reasoning about qualitative constraints over the tim...
Allen's interval algebra is one of the best established formalisms for temporal reasoning. This arti...
Reasoning about temporal and spatial information is a common task in computer science, especially in...
AbstractThis paper presents a general model for temporal reasoning that is capable of handling both ...
AbstractIn many applications of temporal reasoning we are interested in processing temporal informat...
Expressive temporal reasoning formalisms are essential for AI. One family of such formalisms consist...
In many applications of temporal reasoning we are interested in processing temporal information incr...
Qualitative reasoning is an important subfield of artificial intelligence where one describes relati...
Temporal reasoning problems arise in many areas of AI, including planning, natural language understa...
AbstractReasoning about temporal information is an important task in many areas of Artificial Intell...
AbstractTemporal reasoning problems arise in many areas of AI, including planning, natural language ...
AbstractWe present a formalism, Disjunctive Linear Relations (DLRs), for reasoning about temporal co...
AbstractWe investigate the computational complexity of temporal reasoning in different time models s...
AbstractWe study the computational complexity of the qualitative algebra which is a temporal constra...
We study the computational complexity of the qualitative algebra which is a temporal constraint form...
AbstractSeveral algebras have been proposed for reasoning about qualitative constraints over the tim...
Allen's interval algebra is one of the best established formalisms for temporal reasoning. This arti...
Reasoning about temporal and spatial information is a common task in computer science, especially in...
AbstractThis paper presents a general model for temporal reasoning that is capable of handling both ...
AbstractIn many applications of temporal reasoning we are interested in processing temporal informat...
Expressive temporal reasoning formalisms are essential for AI. One family of such formalisms consist...
In many applications of temporal reasoning we are interested in processing temporal information incr...
Qualitative reasoning is an important subfield of artificial intelligence where one describes relati...
Temporal reasoning problems arise in many areas of AI, including planning, natural language understa...
AbstractReasoning about temporal information is an important task in many areas of Artificial Intell...
AbstractTemporal reasoning problems arise in many areas of AI, including planning, natural language ...
AbstractWe present a formalism, Disjunctive Linear Relations (DLRs), for reasoning about temporal co...
AbstractWe investigate the computational complexity of temporal reasoning in different time models s...