Anytime search is a pragmatic approach for trading solution cost and solving time. It can also be used for solving problems within a time bound. Three frameworks for constructing anytime algorithms from bounded suboptimal search have been proposed: continuing search, repairing search, and restarting search, but what combination of suboptimal search and anytime framework performs best? An extensive empirical evaluation results in several novel algorithms and reveals that the relative performance of frameworks is essentially fixed, with the repairing framework having the strongest overall performance. As part of our study, we present two enhancements to Anytime Window A* that allow it to solve a wider range of problems and hastens its con...
In real world problems, time for deliberation is often limited. Anytime algorithms are beneficial in...
Most of the satisficing planners which are based on heuristic search iteratively improve their solut...
International audienceIn this paper, we propose and explain the use of anytime algorithms in graph m...
Anytime search is a pragmatic approach for trading solution cost and solving time. It can also be us...
We describe how to convert the heuristic search algorithm A * into an anytime algorithm that finds a...
In this paper we explore a novel approach for anytime heuristic search, in which the node that is mo...
In this paper we explore a novel approach for anytime heuris-tic search, in which the node that is m...
This paper presents a new anytime search algorithm, anytime explicitestimation search (AEES). AEES i...
Anytime search algorithms solve optimisation problems by quickly finding a (usually suboptimal) firs...
Colloque avec actes et comité de lecture. internationale.International audienceWe describe in this p...
In many applications of heuristic search, insufficient time isavailable to find provably optimal sol...
Abstract Heuristic search is one of the fundamental problem solving techniques in Artificial Intelli...
Incremental heuristic searches reuse their previous search efforts to speed up the current search. A...
Most of the satisficing planners which are based on heuristic search iteratively improve their solut...
This paper presents two new search algorithms: Potential Search (PTS) and Anytime Potential Search/A...
In real world problems, time for deliberation is often limited. Anytime algorithms are beneficial in...
Most of the satisficing planners which are based on heuristic search iteratively improve their solut...
International audienceIn this paper, we propose and explain the use of anytime algorithms in graph m...
Anytime search is a pragmatic approach for trading solution cost and solving time. It can also be us...
We describe how to convert the heuristic search algorithm A * into an anytime algorithm that finds a...
In this paper we explore a novel approach for anytime heuristic search, in which the node that is mo...
In this paper we explore a novel approach for anytime heuris-tic search, in which the node that is m...
This paper presents a new anytime search algorithm, anytime explicitestimation search (AEES). AEES i...
Anytime search algorithms solve optimisation problems by quickly finding a (usually suboptimal) firs...
Colloque avec actes et comité de lecture. internationale.International audienceWe describe in this p...
In many applications of heuristic search, insufficient time isavailable to find provably optimal sol...
Abstract Heuristic search is one of the fundamental problem solving techniques in Artificial Intelli...
Incremental heuristic searches reuse their previous search efforts to speed up the current search. A...
Most of the satisficing planners which are based on heuristic search iteratively improve their solut...
This paper presents two new search algorithms: Potential Search (PTS) and Anytime Potential Search/A...
In real world problems, time for deliberation is often limited. Anytime algorithms are beneficial in...
Most of the satisficing planners which are based on heuristic search iteratively improve their solut...
International audienceIn this paper, we propose and explain the use of anytime algorithms in graph m...