International audienceWe study different languages for representing nondeterministic actions in planning from the point of view of knowledge compilation. Precisely, we consider succinctness issues (how succinct is the description of an action in each language?), and complexity issues (tractability or hardness ofseveral queries and transformations which arise naturally in planning and belief tracking). We study an abstract, nondeterministic version of PDDL, nondeterministic conditional STRIPS, and the languages NPDDL_seq and NPDDL_not obtained by adding sequence and negation to nondeterministicPDDL. We show that these languages have different succinctness and different complexity for the most natural queries.Nous étudions différents langages...
This chapter introduces planning and knowledge representation in the declarative action language K. ...
PDDL2.1 was designed to push the envelope of what planning algorithms can do, and it has succeeded. ...
PDDL is a language for specifying deterministic planning domains and problems. We describe the basic...
International audienceWe study different languages for representing nondeterministic actions in plan...
International audienceWe study different languages for representing nondeterministic actions in plan...
International audienceWe study different languages for representing nondeterministic actions in auto...
In this thesis we study formal languages for representing nondeterministic actions from the perspect...
The last decade has witnessed a dramatic progress in the variety and performance of techniques and t...
The last decade has witnessed a dramatic progress in the variety and performance of techniques and t...
The Planning Domain Definition Language (PDDL) is a formal specification language for symbolic plann...
Actions description languages (ADLs), such as STRIPS, PDDL, and RDDL specify the input format for pl...
This paper presents an optimal planner for the international probabilistic planning competition at I...
Domain control knowledge (DCK) has proven effective in improving the efficiency of plan generation b...
Domain control knowledge (DCK) has proven effective in improving the efficiency of plan generation b...
The standard situation calculus assumes that atomic actions are deterministic. But many domains invo...
This chapter introduces planning and knowledge representation in the declarative action language K. ...
PDDL2.1 was designed to push the envelope of what planning algorithms can do, and it has succeeded. ...
PDDL is a language for specifying deterministic planning domains and problems. We describe the basic...
International audienceWe study different languages for representing nondeterministic actions in plan...
International audienceWe study different languages for representing nondeterministic actions in plan...
International audienceWe study different languages for representing nondeterministic actions in auto...
In this thesis we study formal languages for representing nondeterministic actions from the perspect...
The last decade has witnessed a dramatic progress in the variety and performance of techniques and t...
The last decade has witnessed a dramatic progress in the variety and performance of techniques and t...
The Planning Domain Definition Language (PDDL) is a formal specification language for symbolic plann...
Actions description languages (ADLs), such as STRIPS, PDDL, and RDDL specify the input format for pl...
This paper presents an optimal planner for the international probabilistic planning competition at I...
Domain control knowledge (DCK) has proven effective in improving the efficiency of plan generation b...
Domain control knowledge (DCK) has proven effective in improving the efficiency of plan generation b...
The standard situation calculus assumes that atomic actions are deterministic. But many domains invo...
This chapter introduces planning and knowledge representation in the declarative action language K. ...
PDDL2.1 was designed to push the envelope of what planning algorithms can do, and it has succeeded. ...
PDDL is a language for specifying deterministic planning domains and problems. We describe the basic...