(Enter summary)
Abstract: The Strips language introduced by Fikes and Nilsson in 1971 has
shaped most of the work in Planning. Its appeal can be explained by
two reasons: Strips provides a compact language for representing actions
that avoids the frame problem, and at the same time supports divideand
-conquer strategies that have been regarded as good for planning. In
recent years, a number of extensions of Strips have been developed, yet
they all share with Strips the following restriction: fluent symbols, i.e.
the... (Update)
Context of citations to this paper: More
.... The most popular of these are STRIPS that is based on rst order logic [13] and extensions of it like PDDL [21] and Functional STRIPS [1]. STRIPS resembles our formalism with respect to the fact that for each operator explicitly is stated which atomic facts are to be...
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2: Communication and interaction in multi-agent planning (context) - George - 1983
BibTeX entry: (Update)
Blai Bonet and Hector Gener. Functional strips: A more general language for planning and problem solving. In Proceedings of the Logic-Based AI Workshop, 1999. 28 http://citeseer.ist.psu.edu/bonet99functional.html More
@misc{ bonet99functional,
author = "B. Bonet and H. ector and G. ner",
title = "Functional strips: A more general language for planning and problem solving",
text = "Blai Bonet and Hector Gener. Functional strips: A more general language
for planning and problem solving. In Proceedings of the Logic-Based AI Workshop,
1999. 28",
year = "1999",
url = "citeseer.ist.psu.edu/bonet99functional.html" }
Citations (may not include all citations):
891
STRIPS: A new approach to the application of theorem proving.. (context) - Fikes, Nilsson - 1971
410
Principles of Artificial Intelligence (context) - Nilsson - 1980
388
The frame problem in the situation calculus: A simple soluti.. (context) - Reiter - 1991
376
Fast planning through planning graph analysis
- Blum, Furst - 1995
256
Representing action and change by logic programs
- Gelfond, Lifschitz - 1993
255
Human Problem Solving (context) - Newell, Simon - 1972
190
Plan: the open planning architecture (context) - Currie, Tate - 1991
178
ADL: Exploring the middle ground between Strips and the situ.. (context) - Pednault - 1989
130
Extending planning graphs to an ADL subset
- Koehler, Nebel et al. - 1997
87
A robust and fast action selection mechanism for planning
- Bonet, Loerincs et al. - 1997
77
the semantics of STRIPS
- Lifschitz - 1986
73
Unifying SAT-based and Graph-based planning
- Kautz, Selman - 1999
69
Using temporal logics to express search control knowledge fo..
- Bacchus, Kabanza - 1998
61
Linear-space best-first search (context) - Korf - 1993
58
Solving the Frame Problem (context) - Shanahan - 1997
56
Planning as heuristic search: New results
- Bonet, Geffner - 1999
49
Constraint satisfaction using constraint logic programming (context) - Van Hentenryck, Simonis et al. - 1992
48
A heuristic estimator for means-ends analysis in planning
- McDermott - 1996
47
PDDL -- the planning domain definition language
- McDermott - 1998
45
Planning with sharable resources constraints (context) - Laborie, Ghallab - 1995
44
The Representation of Knowledge about Dynamical Systems (context) - Sandewall, Fluents - 1994
42
Representing action: indeterminacy and ramifications
- Giunchiglia, Kartha et al. - 1997
41
Planning under resource constraints
- Koehler - 1998
28
Conditional effects in graphplan
- Anderson, Smith et al. - 1998
27
Tractable planning with state variables by exploiting struct..
- Jonsson, Backstrom - 1994
25
Practical Planning: Extending the classical AI paradigm (context) - Wilkins - 1988
22
The detection and exploitation of symmetry in planning domai..
- Fox, Long - 1999
21
Learning action strategies for planning domains
- Khardon - 1997
20
Temporal and resource reasoning in planning: the parcPLAN ap.. (context) - El-Kholy, Richards - 1996
18
the compilability and expressive power of propositional plan..
- Nebel - 1998
16
AIPS-98 Planning Competition Results (context) - McDermott - 1998
16
Combining the expressiveness of ucpop with the efficiency of.. (context) - Gazen, Knoblock - 1997
13
CPlan: a constraint programming approach to planning (context) - Van Beek, Chen - 1999
9
The efficient implementation of the plan-graph (context) - Long, Fox - 1999
8
Temporal planning with continous change (context) - Penberthy, Weld - 1994
7
High-level plannnig and control with incomplete information .. (context) - Bonet, Geffner - 1998
2
knowledge and control (context) - Geffner, Wainer - 1998
Documents on the same site (http://www.cs.ucla.edu/~bonet): More
Learning sorting and decision trees with POMDPs - Bonet, Geffner (1998)
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Planning as Heuristic Search: New Results - Bonet, Geffner (1999)
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Planning with Incomplete Information as Heuristic Search in.. - Bonet, Geffner (2000)
(Correct)
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