Add to ORKGWe present a translation for the variant PDDL 3 of PDDL (Planning Domain Definition Language) into Timed Automata. The advantage of having such a translation is the availability of tool support by modelcheckers. We present a case study in which we apply a version of UPPAAL that has been extended for the search of cost-optimal solutions
Model checking is a technique to automatically analyse systems that have been modeled in a formal la...
In recent years research in the planning community has moved increasingly towards application of pla...
Planning via Model Checking is nowadays a well-known technique. Techniques based on model checking h...
Planning as model checking based on source-to-source compilations has found increasing attention. Pr...
Planning in hybrid domains is an important and challenging task, and various planning algorithms ha...
Since real-time systems often operate in safety-critical environments it is extremely important that...
This contribution reports on the considerable effort made recently towards extending and applying we...
In recent years research in the planning community has moved increasingly towards application of pla...
This contribution reports on the considerable effort made recently towards extending and applying we...
This paper presents the planning system Pdk (Planning with Domain Knowledge), based on the translati...
International audienceWe consider a system modeled as a set of interacting agents evolving along tim...
This paper presents an approach to artificial intelligence planning based on linear temporal logic (...
In the thesis is tackled the Artificial Intelligence (AI) problem of Automatic Planning using Symbol...
This contribution reports on the considerable effort made recentlytowards extending and applying wel...
Formal verification of hardware and software systems in-volves proving or disproving the correctness...
Model checking is a technique to automatically analyse systems that have been modeled in a formal la...
In recent years research in the planning community has moved increasingly towards application of pla...
Planning via Model Checking is nowadays a well-known technique. Techniques based on model checking h...
Planning as model checking based on source-to-source compilations has found increasing attention. Pr...
Planning in hybrid domains is an important and challenging task, and various planning algorithms ha...
Since real-time systems often operate in safety-critical environments it is extremely important that...
This contribution reports on the considerable effort made recently towards extending and applying we...
In recent years research in the planning community has moved increasingly towards application of pla...
This contribution reports on the considerable effort made recently towards extending and applying we...
This paper presents the planning system Pdk (Planning with Domain Knowledge), based on the translati...
International audienceWe consider a system modeled as a set of interacting agents evolving along tim...
This paper presents an approach to artificial intelligence planning based on linear temporal logic (...
In the thesis is tackled the Artificial Intelligence (AI) problem of Automatic Planning using Symbol...
This contribution reports on the considerable effort made recentlytowards extending and applying wel...
Formal verification of hardware and software systems in-volves proving or disproving the correctness...
Model checking is a technique to automatically analyse systems that have been modeled in a formal la...
In recent years research in the planning community has moved increasingly towards application of pla...
Planning via Model Checking is nowadays a well-known technique. Techniques based on model checking h...