Titlebook: Coordination Models and Languages; 13th International C Wolfgang Meuter,Gruia-Catalin Roman Conference proceedings 2011 IFIP International

Fantasy

Safe Parallel Programming with Session Java,ing for communications and compile-time safety. This paper investigates the use of SJ for session-typed parallel programming, and introduces new language primitives for . and .. These primitives allow the efficient coordination of parallel computation across multiple processes, thus enabling SJ to e

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Fair Subtyping for Multi-party Session Types,subtyping relation for multi-party session types that preserves liveness, we relate it with the standard subtyping relation, and we give algorithms for deciding it. As a side effect, we provide an original and remarkably simple coinductive characterization of the fair testing preorder for nondetermi

–DOX

Enabling Cross-Technology Mobile Applications with Network-Aware References,e applications only use a small subset of the networking technologies at their disposal. Building applications that use multiple networking technologies simultaneously or exploit knowledge about the available connections is a laborious task. Programmers must manually keep track of the connectivity s

ordain

Coordination and Concurrency in Multi-engine Prolog,isms for a Prolog based agent infrastructure..We advocate a combination of coroutining constructs with focus on expressiveness and a simplified, multi-threading API that ensures optimal use available parallelism..In this context, native multi-threading is made available to the application programmer

怪物

Abstract Machines for Safe Ambients in Wide-Area and Mobile Networks,istributed abstract machines for executing Safe Ambients, a variant of the Ambient calculus. However, in order to use them or to exploit their implementation techniques, we must assume all-to-all and permanent connectivity in the underlying network; this is inappropriate for most real-world wide-are

CANT

Evacuate

Combining Static Analysis and Runtime Checking in Security Aspects for Distributed Tuple Spaces, aspect-oriented programming language based on distributed tuple spaces to tackle this issue. One of the key features in AspectKE* is the program analysis predicates and functions that provide information on future behavior of a program. With a dual value evaluation mechanism that handles results of

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R. Youngloses Turing-completeness. We also show that adding a simple form of dynamic component creation in the control language without priorities is enough to regain Turing completeness. These results complement those obtained on BIP, highlighting in particular the key role of priorities for expressivity.

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R. Youngireless connections without incurring a significant communication overhead. Second we provide precise semantics for different types of groups, each with compelling use cases in these dynamic computing environments. Finally, we define and demonstrate protocols for efficiently computing groups and their context in a distributed manner.

Arbitrary

R. Young as a coordination language. Our approach allows us to use standard CSP tools for verifying the coordination processes of a system and to use these processes at runtime to coordinate the systems’ components.