Titlebook: Coordination Models and Languages; 7th International Co Jean-Marie Jacquet,Gian Pietro Picco Conference proceedings 2005 Springer-Verlag Be

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紅潤

I. Maunponent-based systems. However, as in many distributed applications, functional and extra-functional aspects are still interwoven in components. In this paper, we address how shared data spaces can support separation of concerns. In particular, we present a solution that allows developers to merely s

uveitis

I. Maunvery expensive to make even minor modifications to the software architecture. In this paper we take Architectural Interaction Diagrams (AID) [9,8], an architecture description framework with an unique ability to encode communication efficiently and augment actions of AID components with security lev

Presbyopia

I. Maunecture and a design-time “Just In Case” methodology. In this paper, we address certain shortcomings witnessed in our previous work by using an alternate coordination-based architecture, which has interesting applicability to run-time web server adaptation. We first establish the viability of using t

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I. Mauntable for an early assessment of the system properties as well as for the automated generation of code. The problem addressed in this paper is to what extent the properties verified at the architectural level can be preserved during the code generation process for multithreaded programs. In order to

OWL

h it is important to observe modifications of the environment which occur quickly. Reactive programming is embedded in shared data spaces by defining the . entities and the corresponding . that usually are processes possibly executing coordination primitives. Typical observable entities are the pres