Titlebook: Coordination Models and Languages; 19th IFIP WG 6.1 Int Jean-Marie Jacquet,Mieke Massink Conference proceedings 2017 IFIP International Fed

Tremor

Coursework and Revision Techniques,eatly improve the development of distributed applications that are now common. However, to be used by many developers, there is still a gap regarding the available tools..This paper details a set of tools that have been built to develop applications in LINC, a coordination environment rooted in Lind

噴油井

Coursework and Revision Techniques,hich can encode core session type structures with strong static guarantees. Our key ideas are: (1) ., which give an alternative formulation of duality enabling OCaml to automatically infer an appropriate session type in a session with a reasonable notational overhead; and (2) a . with a data structu

Thrombolysis

Coursework and Revision Techniques,hen a client and a server follow compliant contracts, their interaction is guaranteed to progress or successfully complete. We study two extensions of contracts, dealing respectively with . and with .. We show that the two extensions give rise to .. As a consequence, they also give rise to the same

idiopathic

Coursework and Revision Techniques,y in which systems are specified. In this regard, a major advance is represented by the introduction of Replicated Data Types (.s), in which the meaning of operators is given in terms of two relations, namely, visibility and arbitration. Concretely, a data type operation is defined as a function tha

PATRI

Coursework and Revision Techniques,ns between individual levels, e.g., stating that information is allowed to flow from one level to another. We argue that some information flow properties of interest naturally require coordination patterns that involve . of security levels rather than individual levels: some secret information could

動脈

Coursework and Revision Techniques,ehaviour of a multi-component application. The analysis is driven by the application topology, and it assumes many-to-1 dependencies among application components, i.e.?each requirement of a component can be satisfied by exactly one other component..In this paper we extend fault-aware management prot

承認(rèn)

Coursework and Revision Techniques,ing resource requests and (2) constraint problems modelling allocation and scheduling. Both directions assume the knowledge of the underlying platform architecture and the dependencies it induces on the usage of the various resources. In this paper, we bridge this gap by introducing constraint-flow

協(xié)議

Coursework and Revision Techniques,r specifying business processes. Formally analyzing such processes is a crucial challenge in order to avoid erroneous executions of the corresponding software. In this paper, we focus on timed business processes where execution time can be associated to several BPMN constructs. We propose an encodin

CALL

急性

Coursework and Revision Techniques, and indefinite waiting for inputs. In this paper, we investigate compatibility in the context of systems consisting of reactive components which may communicate through the synchronised execution of common actions. We model such systems in the team automata framework, which does not impose any a pr