AbstractAlthough many formalisms for reasoning about action exist, surprisingly few approaches have taken computational complexity into consideration. The contributions of this article are the following: a temporal logic with a restriction for which deciding satisfiability is tractable, a tractable extension for reasoning about action, and NP-completeness results for the unrestricted problems. Many interesting reasoning problems can be modelled, involving nondeterminism, concurrency and memory of actions. The reasoning process is proved to be sound and complete
The accomplishment of systems with abilities to reason about actions and change and systems that can...
AbstractWe compare the event calculus and temporal action logics (TAL), two formalisms for reasoning...
We present a uniform non-monotonic solution to the problems of reasoning about action on the basis o...
AbstractAlthough many formalisms for reasoning about action exist, surprisingly few approaches have ...
AbstractWe give an algorithm for “before-after” reasoning about action. The algorithm decides satisf...
AbstractWe investigate the computational complexity of temporal reasoning in different time models s...
abstract The autonomy of an artificial agent (e.g. a robot) will certainly depend on its ability to ...
This paper presents a discrete formalism for temporal reasoning about actions and change, which enjo...
Reasoning about actions and change based on common sense knowledge is one of the most important and ...
We propose a framework for simple causal theories of action, and study the computational complexity ...
AbstractWe present a framework for reasoning about processes (complex actions) that are constituted ...
Reasoning about temporal and spatial information is a common task in computer science, especially in...
Most common sense reasoning formalisms do not account for the passage of time a s the reasoning occ...
In this thesis we study a reasoning module for agents that have cognitive abilities, such as memory,...
In this thesis we study a reasoning module for agents that have cognitive abilities, such as memory,...
The accomplishment of systems with abilities to reason about actions and change and systems that can...
AbstractWe compare the event calculus and temporal action logics (TAL), two formalisms for reasoning...
We present a uniform non-monotonic solution to the problems of reasoning about action on the basis o...
AbstractAlthough many formalisms for reasoning about action exist, surprisingly few approaches have ...
AbstractWe give an algorithm for “before-after” reasoning about action. The algorithm decides satisf...
AbstractWe investigate the computational complexity of temporal reasoning in different time models s...
abstract The autonomy of an artificial agent (e.g. a robot) will certainly depend on its ability to ...
This paper presents a discrete formalism for temporal reasoning about actions and change, which enjo...
Reasoning about actions and change based on common sense knowledge is one of the most important and ...
We propose a framework for simple causal theories of action, and study the computational complexity ...
AbstractWe present a framework for reasoning about processes (complex actions) that are constituted ...
Reasoning about temporal and spatial information is a common task in computer science, especially in...
Most common sense reasoning formalisms do not account for the passage of time a s the reasoning occ...
In this thesis we study a reasoning module for agents that have cognitive abilities, such as memory,...
In this thesis we study a reasoning module for agents that have cognitive abilities, such as memory,...
The accomplishment of systems with abilities to reason about actions and change and systems that can...
AbstractWe compare the event calculus and temporal action logics (TAL), two formalisms for reasoning...
We present a uniform non-monotonic solution to the problems of reasoning about action on the basis o...