The complexity of the real world makes a perfect characteriza-tion impossible. Purely deliberative approaches such as classi-cal planning are thus susceptible to unexpected failures. Pre-ventive learning approaches address the imperfect theory problem through the diagnosis of such failures and the deter-mination of fixes to avoid similar failures in the future. Cura-tive learning approaches such as completable planning instead treat fail ures as alternative outcomes and learn alternative plans to the recover from the failures. Through learning, a completable planner learns to plan only for the more likely out-comes in the particular problem distribution it faces. It thus significantly reduces the COS! of disjuncti ve planning.. As a cu-rati...
General-purpose generative planners use domain-independent search heuristics to generate solutions f...
AbstractUncertainty, inherent in most real-world domains, can cause failure of apparently sound clas...
The work described in this paper addresses learning planning operators by observing expert agents an...
Incorrect domain theories, and the flawed plans derived from them, are an inescapable aspect of plan...
Planning is the task of finding a set of operators whose executive transforms the current world stat...
Planning is the task of finding a set of operators whose executive transforms the current world stat...
Classical planning techniques have some serious problems when employed in real-world do-mains. In cl...
Engineering complete planning domain descriptions is often very costly because of human error or lac...
Traditional approaches to dealing with uncertainty in planning have focused on finding plans that pr...
Engineering complete planning domain descriptions is often very costly because of human error or lac...
Automated planning in computer science consists of finding a sequence of actions leading from an ini...
This paper describes an explanation-based approach lo learning plans despite a computationally intra...
Learningshows great promise to extend the generality and effectiveness of planning techniques. Resea...
The plannln g problem has traditionally been treated separately from the scheduling problem. However...
Autonomous systems require the ability to plan effective courses of action under potentially uncerta...
General-purpose generative planners use domain-independent search heuristics to generate solutions f...
AbstractUncertainty, inherent in most real-world domains, can cause failure of apparently sound clas...
The work described in this paper addresses learning planning operators by observing expert agents an...
Incorrect domain theories, and the flawed plans derived from them, are an inescapable aspect of plan...
Planning is the task of finding a set of operators whose executive transforms the current world stat...
Planning is the task of finding a set of operators whose executive transforms the current world stat...
Classical planning techniques have some serious problems when employed in real-world do-mains. In cl...
Engineering complete planning domain descriptions is often very costly because of human error or lac...
Traditional approaches to dealing with uncertainty in planning have focused on finding plans that pr...
Engineering complete planning domain descriptions is often very costly because of human error or lac...
Automated planning in computer science consists of finding a sequence of actions leading from an ini...
This paper describes an explanation-based approach lo learning plans despite a computationally intra...
Learningshows great promise to extend the generality and effectiveness of planning techniques. Resea...
The plannln g problem has traditionally been treated separately from the scheduling problem. However...
Autonomous systems require the ability to plan effective courses of action under potentially uncerta...
General-purpose generative planners use domain-independent search heuristics to generate solutions f...
AbstractUncertainty, inherent in most real-world domains, can cause failure of apparently sound clas...
The work described in this paper addresses learning planning operators by observing expert agents an...