8th International Workshop on Constraints and Language Processing, CSLP 2016
One day of 17–21 Oct, 2016
A workshop affiliated with ICLP: 32th International Conference of Logic Programming 2016, New York, USA
Henning Christiansen, Roskilde University, Denmark
Verònica Dahl, Simon Fraser University, Canada.
Constraints are widely used in linguistics, computer science, psychology and many other fields. How they are used, however, varies widely according to the research domain: natural language processing, knowledge representation, cognitive modeling, problem solving mechanisms, etc.
Since 2004, the CSLP workshop series has addresses different constraint oriented ways of modeling and treating language, and this time – the 7th CSLP workshop – is affiliated with the International Conference of Logic Programming, and focuses (non-exclusively) on logic programming based methods.
This workshop addresses the question of how to best integrate constraints from an interdisciplinar perspective and with logic programming as a pivot, in view of powerful and robust human language processing. The topics include, but are not limited to, constraint-based linguistic theories, constraints in human language comprehension and production, constraint handling rules (CHR) and constraint handling rule grammars (CHRG), context modeling and discourse interpretation, acquisition of constraints, grammar induction through constraints, probabilistic constraint-based reasoning, constraint satisfaction technologies and constraint logic programming – all around the axis of logic programming.
Several years of CSLP workshops (see left menu) aiming at integrating the different approaches on Constraint Solving and Language Processing shed light upon possible common frameworks capable of explaining how constraints play a role in representing, processing and acquiring linguistic information, and this from a formal, technical, and cognitive perspective. Among these frameworks, those that contained logic programming as a main aspect emerged as the most promising ones, e.g.. Constraint Handling Rules (CHR) as an extension to the logic programming language Prolog has added a mechanism for forward-chaining reasoning to complement Prolog’s standard backwards chaining, goal-directed style. The combination of the two proved to provide a very powerful reasoning framework that creates an extended potential in applying logic programming for language processing and reasoning. Such results allow us to predict that adding logic programming may quite likely jump-start a whole new area of research that stands to revolutionize and revitalize formal logic approaches to NLP, adding robustness and flexibility to the models that can now be achieved, while elegantly marrying efficiency with direct executability.
Topics include, but are not limited to:
- Linguistic analysis and linguistic theories biased towards (Constraint) Logic Programming
- Application of Constraint Solving and Constraint Logic Programming for language analysis and production
- Constraint based modeling, comprehension and production of language
- Context modelling and discourse interpretation
- Acquisition of constraints
- Constraints and learning
- Cross-theoretical view of the notion of constraint
- New advances in constraint-based linguistic theories
- Constraint satisfaction technologies for language processing
- Models of an applications for other than textual or spoken languages, e.g., sign languages and biological, multimodal human-computer interaction, visual languages
- Probabilistic constraint-based reasoning for language and context comprehension
See also: all information about previous CSLP workshops and publications
- Submission deadline: June 22, 2016
- Notification: August 1, 2016
- Final copy due: September 10, 2016
- Workshop: One day of 17–21 Oct, 2016