Titlebook: Component Deployment; Second International Wolfgang Emmerich,Alexander L. Wolf Conference proceedings 2004 Springer-Verlag Berlin Heidelber

整頓

Asynchronous, Hierarchical, and Scalable Deployment of Component-Based Applications, into tasks executing asynchronously, which allows an “as soon as possible” activation of deployed components. Finally, the proposed deployment application is fault-tolerant. This is achieved by the use of persistent agents with atomic execution. This deployment application has been tested and performance measurements show that it is scalable.

極肥胖

Keeping Control of Reusable Components,untime environments to establish some requirements for dynamic evolution. Then we describe a tool designed to support developers and administrators in the migration of component updates within the Microsoft .NET framework.

未成熟

Vital-Signs

虛弱的神經(jīng)

Secure Deployment of Components,eneric components. This interference leads to stealing business value of competitive products and causes problems without violating legal agreements. We also present our solution to this problem, called ., and prove its soundness using the authentication logic of Burrows, Abadi, and Needham (.).

pus840

A Flexible and Secure Deployment Framework for Distributed Applications,ielding a homogeneous run-time environment into which components may be deployed. The run-time environments provide secure binding mechanisms that permit deployed components to bind to stored data and services on the hosts on which they are running.

PAC

混沌

Infuriate

Stochastic Processes in Discrete Timeently distributed resource is well-suited for multiphysics applications. To face the complexity of such applications, the software component technology appears to be a very adequate programming model. However, to take advantage of the computational power of grids, component-based applications should

結(jié)束