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Simply reserve online and pay at the counter when you collect. Available in shop from just two hours, subject to availability. Your order is now being processed and we have sent a confirmation email to you at. This item can be requested from the shops shown below. A further objective is to link to the foundations of causal reasoning in the philosophy of sciences and to causal reasoning performed in other areas of computer science, engineering, and beyond.
GaLoP is an annual international workshop on game-semantic models for logics and programming languages and their applications. This is an informal workshop that welcomes work in progress, overviews of more extensive work, programmatic or position papers and tutorials. Horn clauses have been advocated by these communities at different times and from different perspectives, and this workshop is organized to stimulate interaction and a fruitful exchange and integration of experiences.
Hybrid modeling and prediction of dynamical systems
Modern verification and testing techniques are highly relevant for industrial software- intensive systems. Recent technological trends only increase the need for industrial-scale robust approaches. Nevertheless, there are still many barriers that hinder their application in industrial practice, e.
The success of machine learning has recently motivated researchers in formal methods to adapt the highly scalable learning methods to the verification setting, where correctness guarantees on the result are essential. The aim of this workshop is to bring together researchers from the formal verification community that are developing approaches to exploit learning methods in verification as well as researchers from machine learning area interested in applications in verification and synthesis. The general topic of machine learning in verification includes, for instance, the use of learning techniques e.
Submission regular papers: February 15, Notification regular papers: March 1, Camera-ready copy for informal proceedings : March 10, The MARS workshops aim at demonstrating the applicability of formal methods on real systems and, thus, focus on large case studies rather than tiny examples typically presented in research papers.
The MARS workshops emphasise modelling aspects, knowing that the development of detailed and accurate models usually takes considerable effort, often months to years. The goals of the workshops are to present models written using different specification formalisms, to consider different modelling approaches, discuss pros and cons for each of them with formal analysis and formal verification in mind.
The existence of the MARS repository is a unique feature that makes MARS papers available to the wider community so that others can reproduce experiments, perform further analyses and try the same case studies with different formal methods. Submission regular papers: January 12, Notification regular papers: February 23, Camera-ready copy: March 15, The intrinsic concurrent nature of interactions among components of modern software systems is the root cause of their sheer complexity, making complete a posteriori verification practically infeasible.
An alternative approach consists in ensuring correctness by construction. The term "Rigorous System Design" RSD denotes the design approach that is based on a formal, accountable and iterative process for deriving trustworthy and optimised implementations from models of application software, its execution platform and its external environment.
Ideally, a system implementation is derived from a set of appropriate high-level models by applying a sequence of semantics-preserving transformations. The ambition of MeTRiD is to promote the use of formal methods, in general, and the RSD approach, in particular, in the industrial applications and, reciprocally, bring the attention of the academic community to such industrial applications in order to develop realistic case-studies and guide the evolution of tools. Mathematically Structured Functional Programming is devoted to the derivation of functionality from structure.
It is a celebration of the direct impact of Theoretical Computer Science on programs as we write them today. Modern programming languages, and in particular functional languages, support the direct expression of mathematical structures, equipping programmers with tools of remarkable power and abstraction. Where would Haskell be without monads?
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Functional reactive programming without arrows? Call-by-push-value without adjunctions? The list goes on. This workshop is a forum for researchers who seek to reflect mathematical phenomena in data and control. The book is self-contained, and while some mathematical knowledge is necessary, readers are not expected to have a background in formal methods or control theory.
It rigorously defines concepts from formal methods, such as transition systems, temporal logics, model checking and synthesis. It then links these to the infinite state dynamical systems through abstractions that are intuitive and only require basic convex-analysis and control-theory terminology, which is provided in the appendix.
Several examples and illustrations help readers understand and visualize the concepts introduced throughout the book.
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- Formal Methods for Discrete-Time Dynamical Systems;
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