N Kushmerick, S Hanks, DS Weld - Artificial Intelligence, 1995 - Elsevier
We define the probabilistic planning problem in terms of a probability distribution over initial world states, a boolean combination of propositions representing the goal, a probability …
Most research into applying AI techniques to real-time control problems has limited the power of AI methods or embedded reactivity in an AI system. An alternative, cooperative …
The methodological underpinnings of AI are slowly changing. Benchmarks, test beds, and controlled experimentation are becoming more common. Although we are optimistic that this …
RPL (Reactive Plan Language) 1 belongs to the family of notations for writing reactive plans for agents (eg, robots)(Davis 1984, Ingrand and George 1990, Lyons 1990a, b, Gat 1991). Its …
M Drummond, J Bresina, K Swanson - Aaai, 1994 - cdn.aaai.org
This paper presents an algorithm, called Just-In-Case Schedulkg, for building robust schedules that tend not to break. The algorithm implements the common sense idea of being …
Research on planning for robots is in such a state of flux that there is disagreement about what planning is and whether it is necessary. We can take planning to be the optimization …
This dissertation demonstrates that effective control of autonomous mobile robots in real- world environments can be achieved by combining reactive and deliberative components …
P Haddawy, S Hanks - Computational Intelligence, 1998 - Wiley Online Library
AI planning agents are goal‐directed: success is measured in terms of whether an input goal is satisfied. The goal gives structure to the planning problem, and planning representations …
As intelligent, autonomous systems are embedded in critical real-world environments, it becomes increasingly important to rigorously characterize how these systems will perform …