Outlines an experimental machine learning implementation, called `FM', that applies both explanation based learning and similarity-based learning to AI planners. The system shell of FM contains techniques for learning application-dependent heuristics, through the experience of using a performance component (a planner) in that application. An application domain is supplied by specifying a set of action schemas, and environmental facts and rules. FM is then fed an initial state, and a sequence of tasks within this application, roughly in ascending order of complexity, which it is expected to solve. After each task has been solved, the system analyses the planning trace, allowing it to learn from experience
Automated planning remains one of the most general paradigms in Artificial Intelligence, providing m...
Attempts to apply classical planning techniques to realistic environments have met with two major d...
My research activity focuses on the integration of acting, learning and planning. The main objective...
This chapter is concerned with the enhancement of planning systems using techniques from Machine Lea...
Machine learning (ML) is often used to obtain control knowledge to improve planning efficiency. Usua...
International audienceAutomated planning has been a continuous field of study since the 1960s, since...
In previous work (Bennett 1993 DeJong and Bennetl 1993) we proposed a machine learning approach call...
As any other problem solving task that employs search, AI Planning needs heuristics to efficiently g...
As the collection of data becomes more and more commonplace, it unlocks new approaches to old proble...
Several areas are identifed where machine learning procedures could be employed to substantially imp...
Recent discoveries in automated planning are broadening the scope of planners, from toy problems to ...
As any other problem solving task that employs search, AI Planning needs heuristics to efficiently g...
The fast progress in artificial intelligence (AI), combined with the constantly widening scope of it...
We consider techniques for learning to plan in deterministic and stochastic Artificial Intelligence ...
This paper reports on experiments where techniques of supervised machine learning are applied to the...
Automated planning remains one of the most general paradigms in Artificial Intelligence, providing m...
Attempts to apply classical planning techniques to realistic environments have met with two major d...
My research activity focuses on the integration of acting, learning and planning. The main objective...
This chapter is concerned with the enhancement of planning systems using techniques from Machine Lea...
Machine learning (ML) is often used to obtain control knowledge to improve planning efficiency. Usua...
International audienceAutomated planning has been a continuous field of study since the 1960s, since...
In previous work (Bennett 1993 DeJong and Bennetl 1993) we proposed a machine learning approach call...
As any other problem solving task that employs search, AI Planning needs heuristics to efficiently g...
As the collection of data becomes more and more commonplace, it unlocks new approaches to old proble...
Several areas are identifed where machine learning procedures could be employed to substantially imp...
Recent discoveries in automated planning are broadening the scope of planners, from toy problems to ...
As any other problem solving task that employs search, AI Planning needs heuristics to efficiently g...
The fast progress in artificial intelligence (AI), combined with the constantly widening scope of it...
We consider techniques for learning to plan in deterministic and stochastic Artificial Intelligence ...
This paper reports on experiments where techniques of supervised machine learning are applied to the...
Automated planning remains one of the most general paradigms in Artificial Intelligence, providing m...
Attempts to apply classical planning techniques to realistic environments have met with two major d...
My research activity focuses on the integration of acting, learning and planning. The main objective...