Pragmatics of SAT 2013
a workshop of the SAT 2013 conference
July 8, 2013, Helsinki, Finland
The success of SAT technology in the last decade is mainly due to both the availability of numerous efficient SAT solvers and to the growing number of problems that can efficiently be solved through a translation into SAT. If the main application in the early 2000 was bounded model checking, the current applications range from formal verification (in both software and hardware) to bioinformatics. The benefit of the incredible improvements in the design of efficient SAT solvers those recent years is now reaching our lives: The Intel Core7 processor for instance has been designed with the help of SAT technology, while the device drivers of Windows 7 are being certified thanks to an SMT solver (based on a SAT solver).
Designing efficient SAT solvers requires both a good theoretical knowledge about the design of SAT solvers, i.e. how are interacting all its components, and a deep practical knowledge about how to implement efficiently such components.
The SAT community organizes regularly SAT competitive events (SAT competition or SAT Races) to evaluate available SAT solvers on a wide range of problems. The winners of those events set regularly new standards in the area.
If the systems themselves are widely spread, many details on their design or in their implementation can only be found in the source code of the systems. This is also true for the encoding of some constraints. It is usually the case that system descriptions provided for the competitive events are not detailed and that the SAT conference publishes very few system descriptions since 2005 (before that, the post proceedings could contain the system description of the competition winners, e.g. Minisat for SAT'03 and Chaff 2004 for SAT'04).
The aim of the pragmatics of SAT workshop is to allow researchers concerned with the design of efficient SAT solvers at large or SAT encodings to meet and discuss about their latest results. The workshop is also the place for users of SAT technology to present their applications.
The first edition of that workshop took place during FLoC 2010. It ended up to be a great success, with more than 30 participants highly interested in the practical aspects of SAT and related problems. The second edition took place before SAT 2011, in Ann Arbor. It attracted also around 30 participants, and broadened the scope of the initial workshop to several applications (ATPG, software dependency management, etc). The third edition took place on June 16, 2012, between the second SAT/SMT Summer School (June 12 to 15) and the SAT conference (June 17-20). The workshop was a success (around 60 participants), many of them coming from the SMT summer school.
The fourth edition is taking place the day before the SAT conference.
Main areas of interest include, but are not restricted to:
- techniques for debugging or certifying solvers
- visualisation of benchmarks structure
- monitoring solver behaviour
- evaluation of solvers
- efficient data structures
- domain specific encodings
- taking into account multi-core technology
- domain specific heuristics
- new application of sat technology
- new use cases of sat technology
- system/library description
- SAT/SMT solver API
PoS 13 will take place at the University of Helsinki, on the third floor, room 5: see SAT'13 venue webpage for details.
Registration desk is located on the fourth floor of the same building. Please consider showing up early at the registration desk to avoid queuing!
All presentations have a 20 minutes slot followed by 5 minutes of questions.
The archival proceedings of the workshop are available as Easychair proceedings in computing Volume 29through the main SAT conference registration system. Note that registration to the main conference includes the access to all workshops, thus PoS. The following registration fees apply for people willing to register only to the workshops.
- Early rate (applies until May 27): Student 60 €, Regular 90 €.
- Late and very late rate (applies until July 8): Student 90 €, Regular 120 €.
The papers are supposed to be submitted electronically through EasyChair as a PDF file using the LNCS style (the same as the SAT conference). Unlike previous years, we will only accept one kind of submission (up to 14 pages). Accepted papers will be available on the conference USB stick and published either on the workshop web site or in the EasyChair electronic proceedings.
The SAT conference is now accepting tool papers, so there is no need to the push system description as it has been done in the past. Wep welcome extended versions of tool papers for detailed presentation during the workshop.
Note that it is still possible to submit system descriptions to the JSAT journal.
The final format of the paper will be different: it will use the EasyChair proceedings style.
Authors should provide enough information and/or data for reviewers to confirm any performance claims. This includes links to a runnable system, access to benchmarks, reference to a public performance results, etc.
We warmly encourage the authors of the systems that enter the SAT 2013 conference competitive events (SAT, MAX-SAT, QBF Gallery and SMT competitions) to consider submitting a description of their solver to PoS, especially if they did not submit a tool paper to the main conference. The aim of this workshop is to push forward peer-reviewed published system descriptions as a means to spread technical information regarding the design of solvers.
- Submission deadlines:
- Abstracts are due by April 14 April 20, 2013
- Papers are due by April 21 April 24, 2013
- Authors notification: May 22, 2013.
- Final version due: June 16, 2013.
- The workshop will take place on July 8th, 2013.
- Pascal Fontaine
- Daniel Le Berre
- Vasco Manquinho
- Antonio Morgado
- Jordi Planes
- Olivier Roussel
- Armando Tacchella
- Naoyuki Tamura
- Allen Van Gelder
For any questions related to the workshop, the preferred solution to contact the organizers is to send an email to
pos at satcompetition.org.
Daniel Le Berre Allen Van Gelder Universite d'Artois University of California at Santa Cruz CRIL - CNRS UMR 8188 School of Engineering Rue Jean Souvraz SP 18 62307 Lens FRANCE 1156 High St, Santa Cruz, CA 95064, USA http://www.cril.fr/~leberre http://www.cse.ucsc.edu/~avg