Select Language
Simple Search
Advanced Search
Title : Author(s) :
  • SEARCHING...
Subject(s) :
  • SEARCHING...
ISBN/ISSN : GMD : Collection Type : Location :
Sekilas Perpustakaan

Perpustakaan Unisbank mempunyai 2 gedung perpustakaan yaitu :

License

This Software is Released Under GNU GPL License Version 3.

Classification E - BOOK
Title Conformant planning via symbolic model checking and heuristic search
Edition
Call Number
ISBN/ISSN
Author(s) A. Cimatti
Subject(s)
Series Title
GMD Jurnal Ilmiah
Language English
Publisher
Publishing Year 2004
Publishing Place
Collation
Abstract/Notes
Specific Detail Info In this paper we tackle the problem of Conformant Planning: find a sequence of actions that guarantees goal achievement regardless of an uncertain initial condition and of nondeterministic action effects. Our approach, set in the framework of search in the belief space, is based on two main intuitions. First, symbolic model checking techniques, Binary Decision Diagrams in particular, can be used to represent and expand the search space, and to provide an efficient computational platform. Second, driving the search solely with reachability information is not effective, and the notion of knowledge has to be taken explicitly into account. We make the following contributions. First, we thoroughly analyze reachability heuristics: we formally prove their admissibility, we show how they can be implemented by means of symbolic techniques, and experimentally evaluate them. Second, we analyze the limitations of reachability heuristics, and propose more informed, yet admissible, heuristics, based on a formal notion of knowledge. Third, we present a practical conformant planning algorithm, where the search is explicitly based on the notion of target knowledge, i.e., the amount of information that has to be available in order to reach the goal. The search alternates between the “Acquire Knowledge” mode, where actions have the precise purpose of gathering necessary information, and the “Reach Goal” mode, where actions are directed towards the goal. Finally, we provide a thorough experimental comparison between several conformant planners. Our approach is sometimes able to outperform the competitor systems by orders of magnitude.  2004 Elsevier B.V. All rights reserved.
Image
File Attachment
LOADING LIST...
Availability
LOADING LIST...
  Back To Previous