Titlebook: Component Deployment; IFIP/ACM Working Con Judith Bishop Conference proceedings 2002 Springer-Verlag Berlin Heidelberg 2002 CORBA.Component

漫步

Adapting Components with Mismatching Behaviours,or adapting components with mismatching interaction behaviours. The three main ingredients of the methodology are: (1) The inclusion of behaviour specifications in component interfaces, (2) a simple, high-level notation for expressing adaptor specifications, and (3) a fully automated procedure to de

modest

魔鬼在游行

泥沼

An Infrastructure for CORBA Component Replication,ons remain difficult to implement and challenging to reuse. In this paper we propose a component-oriented approach in which replication is treated as a part of the configuration/reconfiguration aspect of an application. The approach allows an easy reuse of replication solutions and their integration

ADOPT

Architectures of Enterprise Systems: Modelling Transactional Contexts,tem is to be composed from coarse-grain components. ADLs usually come equipped with a rigourous state-transition style semantics, enabling formal understanding of distributed and event-based systems [.]. However, additional expressive power is required for the description and understanding of enterp

語(yǔ)源學(xué)

Software, Component, and Service Deployment in Computational Grids,ic problem-solving processes. We analyze some of the challenges involved in deploying software and components transparently in Grids. We report on three practical solutions used by the Globus Project. Lessons learned from this experience lead us to believe that it is necessary to support a variety o

saphenous-vein

Model, Notation, and Tools for Verification of Protocol-Based Components Assembly,del of the component, at the input and output interface levels. This paper introduces the notion of behavioral points of view and an associated graphical notation, SyncClass, to represent such a model. The underlying semantics of SyncClass makes it possible to automatically verify component assembly

消耗

不愿

危機(jī)