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DTSTAMP:20260416T005234Z
DTSTART;TZID=Europe/Paris:20120827T100000
DTEND;TZID=Europe/Paris:20120828T180000
SUMMARY:Explanation-aware computing (ExaCt 2012)
UID:20260418T181645Z-iCalPlugin-Grails@philevents-web-f5d4878dd-x5n6c
TZID:Europe/Paris
LOCATION:Montpellier\, France
DESCRIPTION:<p>When knowledge-based systems are partners in interactive socio-technical processes\, with incomplete and changing problem descriptions\,&nbsp\;effective communication between human and software system is vital.&nbsp\;Explanations exchanged between human agents and software agents may&nbsp\;play a key role in such mixed-initiative problem solving. For&nbsp\;example\, explanations may increase the confidence of the user in&nbsp\;specific results or in the system as a whole\, by providing evidence of&nbsp\;how the results were derived. AI research has also focused on&nbsp\;how computer systems can themselves use explanations\, for example to&nbsp\;guide learning.<br><br>Explanation-awareness in computing system development aims at making&nbsp\;systems able to interact more effectively or naturally with their&nbsp\;users\, or better able to understand and exploit knowledge about their&nbsp\;own processing. Systems intended to exhibit explanation-awareness must&nbsp\;be more than simple reactive systems. When the word 'awareness' is&nbsp\;used in conjunction with the word 'explanation' it implies some&nbsp\;consciousness about explanation and reasoning about explanations at&nbsp\;the knowledge level.<br><br>Thinking of the Web not only as a collection of web pages\, but as&nbsp\;providing a Web of experiences exchanged by people on many platforms\,&nbsp\;gives rise to new challenges and opportunities to leverage experiential&nbsp\;knowledge in explanation. For example\, records of experiences on the&nbsp\;Web and interrelationships between experiences may provide provenance<br>and meta-data for explanations and can provide examples to help instil&nbsp\;confidence in computing systems. The interplay of provenance information&nbsp\;with areas such as trust and reputation\, reasoning and meta-reasoning\,&nbsp\;and explanation are known\, but not yet well exploited.<br><br>Outside of artificial intelligence\, disciplines such as cognitive&nbsp\;science\, linguistics\, philosophy of science\, psychology\, and education&nbsp\;have investigated explanation as well. They consider varying aspects\,&nbsp\;making it clear that there are many different views of the nature of&nbsp\;explanation and facets of explanation to explore. Two relevant examples&nbsp\;of these are open learner models in education\, and dialogue management&nbsp\;and planning in natural language generation.<br><br>The ExaCt workshop series aims to draw on the multiple perspectives on&nbsp\;explanation\, to examine how explanation can be applied to further the&nbsp\;development of robust and dependable systems\, and increase transparency\,&nbsp\;user sense of control\, trust\, acceptance\, and decision support.<br><br><strong>Goals and audience</strong><br>The main goal of the workshop is to bring together researchers\,&nbsp\;scientists from both industry and academia\, and representatives from&nbsp\;different communities and areas such as those mentioned above\, to study\,&nbsp\;understand\, and explore explanation in AI applications. In addition to&nbsp\;presentations and discussions of invited contributions and invited talks\,&nbsp\;this workshop will offer organised and open spaces for targeted&nbsp\;discussions and creating an interdisciplinary community. Demonstration&nbsp\;sessions will provide the opportunity to showcase explanation-enabled/-aware applications.<br><br>If you have questions please contact the chairs using the following&nbsp\;email address:&nbsp\;chairs@exact2012.workhop.hm</a>.<br><br><strong>Workshop schedule</strong><br>The schedule will be made available on the workshop website. See the&nbsp\;workshop website for an agenda overview and links to past workshops.<br><br><strong>Chairs</strong><br>Thomas Roth-Berghofer\, School of Computing and Technology\,<br>University of West London\, United Kingdom<br>thomas.roth-berghofer (at) uwl ac uk<br><br>David B. Leake\, School of Informatics and Computing\,<br>Indiana University\, USA<br>leake (at) cs indiana edu<br><br>J&ouml\;rg Cassens\, Institute for Multimedia and Interactive<br>Systems (IMIS)\, University of L&uuml\;beck\, Germany<br>cassens (at) imis uni-luebeck de<br><br><strong>Programme committee</strong><br>Agnar Aamodt\, Norwegian University of Science and Technology (NTNU)<br>David W. Aha\, Navy Center for Applied Research in AI\, Washington DC\, USA<br>Martin Atzm&uuml\;ller\, University of Kassel\, Germany<br>Ivan Bratko\, University of Ljubljana\, Slovenia<br>Patrick Br&eacute\;zillon\, LIP6\, France<br>Ashok Goel\, Georgia Tech University\, Atlanta\, GA\, USA<br>Pierre Grenon\, KMI\, The Open University\, UK<br>Anders Kofod-Petersen\, SINTEF\, Norway<br>Hector Mu&ntilde\;oz-Avila\, Lehigh University\, USA<br>Miltos Petridis\, University of Brighton\, UK<br>Enric Plaza\, IIIA-CSIC\, Spain<br>Christophe Roche\, University of Savoie\, France<br>Olga Santos\, Spanish National University for Distance Education<br>Gheorghe Tecuci\, George Mason University\, Fairfax\, VA\, USA<br>Douglas Walton\, University of Windsor\, Canada</p>
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