BELIEF 2016
The 4th International Conference on Belief Functions
September 21-23, 2016, Prague, CZ
About the Conference
The theory of belief functions, also referred to as evidence theory or Dempster-Shafer theory, is a well established general framework for reasoning with uncertainty, with well understood connections to other frameworks such as probability, possibility and imprecise probability theories. First introduced by Arthur P. Dempster in the context of statistical inference, the theory was later developed by Glenn Shafer into a general framework for modeling epistemic uncertainty. These early contributions have been the starting points of many important developments, including the Transferable Belief Model and the Theory of Hints.
The biennial BELIEF conferences (organized by Belief Functions and Applications Society) are dedicated to the confrontation of ideas, the reporting of recent achievements and the presentation of the wide range of applications of this theory. This conference series started in Brest, France, in 2010, the second edition was held in Compiègne, France, in May 2012, the third edition in Oxford, UK, in September 2014. The 4th International Conference on Belief Functions will take place in Prague, Czech Republic.
This conference will provide opportunities to exchange ideas and present new results on the theory of belief functions and related areas such as random sets, imprecise probability and possibility theory. Original contributions are solicited on theoretical aspects (including mathematical foundations, decision making, combination rules, continuous belief functions, independence and graphical models, statistical estimation, etc.), as well as on applications to all areas of computer science, business and engineering including, but not limited to: data fusion, pattern recognition and machine learning, tracking, data mining, signal and image processing, computer vision, medical diagnosis, business decision, risk analysis, climatic change, etc.
Papers will be presented orally during the conference in a single track session, or in poster sessions. Authors are invited to prepare full papers not exceeding 8 pages, including results, figures and references. Conference proceedings will be published (as in previous editions) in Springer LNCS/LNAI series. Style files for Word and Latex can be downloaded from this page. Authors of selected papers from the BELIEF 2016 conference will be invited to submit an extended version of their papers for possible inclusion in a special issue of a recognized inetrnational journal.
Programme Committee
- Alessandro Antonucci
- Salem Benferhat
- Giulianella Coletti
- Olivier Colot
- Frank Coolen
- Inés Couso
- Fabio Cuzzolin
- Milan Daniel
- Thierry Denoeux
- Sébastien Destercke
- Jean Dezert
- Zied Elouedi
- Michel Grabisch
- Radim Jirousek
- Anne-Laure Jousselme
- Tomas Kroupa
- Eric Lefevre
- Weiru Liu
- Liping Liu
- Arnaud Martin
- David Mercier
- Rombaut Michele
- Enrique Miranda
- Serafin Moral
- Michael Oberguggenberger
- Prakash Shenoy
- Johan Schubert
- Barbara Vantaggi
- Jiřina Vejnarová
- Paolo Vicig
- Ronald Yager
ORGANIZATION
Dates and deadlines
May 15, 2016 - full paper submission deadlineJune 24, 2016 - notification of acceptanceJuly 8, 2016 - camera-ready copy of accepted papers (upload)July 15, 2016 - early payment and registration deadlineSeptember 21, 2016 - looking forward to meeting you in Prague
Organizing Committee
- Jiřina Vejnarová - chair
- Radim Jiroušek
- Milan Daniel
- Václav Kratochvíl
TOPICS
Topics
Original contributions are solicited on theoretical aspects, but not limited to:
- decision making
- combination rules
- conditioning
- continuous belief functions
- independence and graphical models
- statistical inference
- geometry and distance metrics
- mathematical foundations
- computational frameworks
- data and information fusion,
as well as on applications to various areas including, but not limited to:
- pattern recognition
- machine learning and clustering
- tracking and data association
- data mining
- signal and image processing
- computer vision
- medical diagnosis
- business decision
- risk analysis
- engineering and environment
- climatic change.