For more information, see the symposium's web page. Correspondingly, different analysis techniques may be used to examine different system views, different kinds of properties, or simply in order to cope with the sheer complexity of the system.
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The iFM conference series seeks to further research into hybrid approaches to formal modelling and analysis; i. Besides the standard conference track and the Doctoral Symposium, iFM will host a number of workshops and tutorials related to the theme of the conference. The purpose of the workshops is to provide participants with a friendly, interactive atmosphere for presenting novel ideas and discussing their application.
The goal of the tutorials is to enable the participants to familiarise themselves with theoretical aspects and application of formal methods. Workshop proposals should include: The name, the duration 1 or 2 days and the preferred date of the proposed workshop A short description of the workshop. If applicable, a description of past versions of the workshop, including dates, organisers, submission and acceptance counts, and attendance.
The publicity strategy that will be used by the workshop organisers to promote the workshop, The participant solicitation and selection process. The target audience and expected number of participants. Approximate budget proposal see section Budget below for details. The equipment and any other resource necessary for the organisation of the workshop. The name and short CV of the organiser s. A short description of the tutorial. Motivation for the tutorial e. Intended audience and expected number of participants.
List of readings, handbook, tools used in the tutorial. The annual FSCD conference comprises the main conference and a considerable number of affiliated workshops expectedly, more than ten. Therefore, for , we particularly encourage proposals outside Europe. The deadline for proposals is 31st March We encourage proposers to register their intention informally as soon as possible. The final decision about hosting and organising of FSCD will be taken by the SC after an advisory vote of the members of the community in attendance at the business meeting.
Proposals should address the following points: FSCD Conference Chair complete name and current position , host institution, FSCD Local Committee complete names and current positions , availability of student-volunteers.
National, regional, and local government and industry support, both organizational and financial. Accessibility to the location i. Estimated costs on registration for the conference and workshops, both for regular and student participants. Conference and exhibit facilities for the anticipated number of registrants typically around Residence accommodations and food services in a range of price categories and close to the conference venue, for example, number and cost range of hotels, and availability and cost of dormitory rooms e. Other relevant information, which can include information about leisure activities and attractiveness of the location e.
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Learning models defining recursive computations, like automata and formal grammars, are the core of the field called Grammatical Inference GI. The expressive power of these models and the complexity of the associated computational problems are major research topics within mathematical logic and computer science, spanning the communities that the Logic in Computer Science LICS conference brings together. Historically, there has been little interaction between the GI and LICS communities, though recently some important results started to bridge the gap between both worlds, including applications of learning to formal verification and model checking, and co- algebraic formulations of automata and grammar learning algorithms.
The goal of this workshop is to bring together experts on logic who could benefit from grammatical inference tools, and researchers in grammatical inference who could find in logic and verification new fruitful applications for their methods. Topics of interest include but are not limited to : Computational complexity of learning problems involving automata and formal languages.
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Algorithms and frameworks for learning models representing language classes inside and outside the Chomsky hierarchy, including tree and graph grammars. Logical and relational aspects of learning and grammatical inference. Relations between automata and recurrent neural networks.
Active learning of finite state machines and formal languages.
Methods for estimating probability distributions over strings, trees, graphs, or any data used as input for symbolic models. Applications of learning to formal verification and statistical model checking. Metrics and other error measures between automata or formal languages. Important dates Submission deadline: March 30th, Notification of acceptance: April 25th, Workshop: June 23rd, More information is available on the workshop web page.
Computer Theorem Proving is becoming a paradigm as well as a technological base for a new generation of educational software in science, technology, engineering and mathematics. The workshop brings together experts in automated deduction with experts in education in order to further clarify the shape of the new software generation and to discuss existing systems.
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Topics of interest include: methods of automated deduction applied to checking students' input; methods of automated deduction applied to prove post-conditions for particular problem solutions; combinations of deduction and computation enabling systems to propose next steps; automated provers specific for dynamic geometry systems; proof and proving in mathematics education. More information is available on the homepage of the workshop. Logical and semantic frameworks are formal languages used to represent logics, languages and systems.
These frameworks provide foundations for the formal specification of systems and programming languages, supporting tool development and reasoning. Topics of interest include, but are not limited to: Specification languages and meta-languages Formal semantics of languages and logical systems Logical frameworks Semantic frameworks Type theory Proof theory Automated deduction Implementation of logical or semantic frameworks Applications of logical or semantic frameworks Computational and logical properties of semantic frameworks Logical aspects of computational complexity Lambda and combinatory calculi Process calculi.
More information is available on the LSFA web page.
The PxTP workshop brings together researchers working on various aspects of communication, integration, and cooperation between reasoning systems and formalisms. The progress in computer-aided reasoning, both automated and interactive, during the past decades, made it possible to build deduction tools that are increasingly more applicable to a wider range of problems and are able to tackle larger problems progressively faster.
In recent years, cooperation of such tools in larger verification environments has demonstrated the potential to reduce the amount of manual intervention. Examples include the Sledgehammer tool providing an interface between Isabelle and untrusted automated provers, and also collaboration between HOL Light and Isabelle in the formal proof of the Kepler conjecture. Cooperation between reasoning systems relies on availability of theoretical formalisms and practical tools to exchange problems, proofs, and models.
The PxTP workshop strives to encourage such cooperation by inviting contributions on suitable integration, translation and communication methods, standards, protocols, and programming interfaces. The workshop welcomes the interested developers of automated and interactive theorem proving tools, developers of combined systems, developers and users of translation tools and interfaces, and producers of standards and protocols. We are also interested both in success stories and in descriptions of the current bottlenecks and proposals for improvement.
Topics Topics of interest for this workshop include all aspects of cooperation between reasoning tools, whether automatic or interactive.
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More specifically, some suggested topics are: applications that integrate reasoning tools ideally with certification of the result ; interoperability of reasoning systems; translations between logics, proof systems, models; distribution of proof obligations among heterogeneous reasoning tools; algorithms and tools for checking and importing replaying, reconstructing proofs; proposed formats for expressing problems and solutions for different classes of logic solvers SAT, SMT, QBF, first-order logic, higher-order logic, typed logic, rewriting, etc.
The intention is to provide an opportunity to discuss broad issues facing the community. The structure of the workshop will be informal. We invite extended abstracts in the form of non-technical position statements aimed at prompting lively discussion. The title of the workshop is indicative of the kind of discussions we would like to encourage: Challenges : What are the next grand challenges for research on automated reasoning?
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Thereby, we refer to problems, solving which would imply a significant impact e. Applications : Is automated reasoning applicable in real-world industrial scenarios? Should reports on such applications be encouraged at a venue like CADE, perhaps by means of a special case study paper category? Directions : Based on the grand challenges and requirements from real- world applications, what are the research directions the community should promote?
What bridges between the different sub-communities of CADE need to be strengthened? What new communities should be included? Exemplary Achievements : What are the landmark achievements of automated reasoning whose influence reached far beyond the CADE community itself? What can we learn from those successes when shaping our future research? Important dates are not yet known. Unification is concerned with the problem of making two terms equal, finding solutions for equations, or making formulas equivalent.
It is a fundamental process used in a number of fields of computer science, including automated reasoning, term rewriting, logic programming, natural language processing, program analysis, types, etc. Traditionally, the scope of the UNIF workshops has covered the topic of unification in a broad sense.
Topics of interest to this forum include, but are not limited to: Unification algorithms, calculi, and implementations Equational unification and unification modulo theories Admissibility of Inference Rules Unification in modal, temporal and description logics Narrowing Formalisation of unification Matching Problems Applications Unification in Special Theories Higher-Order Unification Combination problems Constraint Solving Disunification Complexity Issues Type Checking and reconstruction.
For more information, see the homepage of the workshop. Interaction and Concurrency Experiences ICEs is a series of international scientific meetings oriented to theoretical computer science researchers with special interest in models, verification, tools, and programming primitives for complex interactions. We solicit contributions relevant to Intereaction and Concurrency, including but not limited to: Formal semantics Process algebras and calculi Models and languages Protocols Logics and types Expressiveness Model transformations Tools, implementations, and experiments Specification and verification Coinductive techniques Tools and techniques for automation Synthesis techniques.
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Important dates Paper registration deadline: March 26, Paper submission deadline: April 2, Notification of acceptance: May 3, Camera-ready copies: May 24, Workshop: June , While conferences usually provide a venue for traditional research papers, the Coq Workshop focuses on strengthening the Coq community and providing a forum for discussing practical issues, including the future of the Coq software and its associated ecosystem of libraries and tools.
Thus, the workshop will be organized around informal presentations and discussions, supplemented with invited talks. We invite all members of the Coq community to propose informal talks, discussion sessions, or any potential uses of the day allocated to the workshop.