Qualitative and Probabilistic Uncertainty in Reasoning about Actions with Sensing

<p>We present the description logic <em>PN-ALCK_NF^alpha</em> for reasoning about actions with sensing under qualitative and probabilistic uncertainty, which is an extension of the description logic <em>ALCK_NF^alpha</em> by actions with nondeterministic and probabilist...

Full description

Bibliographic Details
Main Authors: Iocchi, L, Lukasiewicz, T, Nardi, D, Rosati, R
Format: Conference item
Published: 2004
_version_ 1826262413865910272
author Iocchi, L
Lukasiewicz, T
Nardi, D
Rosati, R
author_facet Iocchi, L
Lukasiewicz, T
Nardi, D
Rosati, R
author_sort Iocchi, L
collection OXFORD
description <p>We present the description logic <em>PN-ALCK_NF^alpha</em> for reasoning about actions with sensing under qualitative and probabilistic uncertainty, which is an extension of the description logic <em>ALCK_NF^alpha</em> by actions with nondeterministic and probabilistic effects. We define a formal semantics of <em>PN-ALCK_NF^alpha</em> in terms of deterministic, nondeterministic, and probabilistic transitions between epistemic states, which are sets of possible states of the world. We introduce the notions of a conditional plan and its goodness under qualitative and probabilistic uncertainty. We then formulate the problem of conditional planning in this framework, and we present an algorithm for solving it. This algorithm is based on a reduction to reasoning in description logics, and is shown to be sound and complete in the sense that it generates all optimal plans. We also describe an application in a robotic-soccer scenario.</p>
first_indexed 2024-03-06T19:35:48Z
format Conference item
id oxford-uuid:1effc605-8a38-474d-92cb-e8a51524978d
institution University of Oxford
last_indexed 2024-03-06T19:35:48Z
publishDate 2004
record_format dspace
spelling oxford-uuid:1effc605-8a38-474d-92cb-e8a51524978d2022-03-26T11:19:25ZQualitative and Probabilistic Uncertainty in Reasoning about Actions with SensingConference itemhttp://purl.org/coar/resource_type/c_5794uuid:1effc605-8a38-474d-92cb-e8a51524978dDepartment of Computer Science2004Iocchi, LLukasiewicz, TNardi, DRosati, R<p>We present the description logic <em>PN-ALCK_NF^alpha</em> for reasoning about actions with sensing under qualitative and probabilistic uncertainty, which is an extension of the description logic <em>ALCK_NF^alpha</em> by actions with nondeterministic and probabilistic effects. We define a formal semantics of <em>PN-ALCK_NF^alpha</em> in terms of deterministic, nondeterministic, and probabilistic transitions between epistemic states, which are sets of possible states of the world. We introduce the notions of a conditional plan and its goodness under qualitative and probabilistic uncertainty. We then formulate the problem of conditional planning in this framework, and we present an algorithm for solving it. This algorithm is based on a reduction to reasoning in description logics, and is shown to be sound and complete in the sense that it generates all optimal plans. We also describe an application in a robotic-soccer scenario.</p>
spellingShingle Iocchi, L
Lukasiewicz, T
Nardi, D
Rosati, R
Qualitative and Probabilistic Uncertainty in Reasoning about Actions with Sensing
title Qualitative and Probabilistic Uncertainty in Reasoning about Actions with Sensing
title_full Qualitative and Probabilistic Uncertainty in Reasoning about Actions with Sensing
title_fullStr Qualitative and Probabilistic Uncertainty in Reasoning about Actions with Sensing
title_full_unstemmed Qualitative and Probabilistic Uncertainty in Reasoning about Actions with Sensing
title_short Qualitative and Probabilistic Uncertainty in Reasoning about Actions with Sensing
title_sort qualitative and probabilistic uncertainty in reasoning about actions with sensing
work_keys_str_mv AT iocchil qualitativeandprobabilisticuncertaintyinreasoningaboutactionswithsensing
AT lukasiewiczt qualitativeandprobabilisticuncertaintyinreasoningaboutactionswithsensing
AT nardid qualitativeandprobabilisticuncertaintyinreasoningaboutactionswithsensing
AT rosatir qualitativeandprobabilisticuncertaintyinreasoningaboutactionswithsensing