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

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Statistics of Financial Marketsled EJBs, which are accessible both to RMI/IIOP clients written in Java and to CORBA clients written in various languages. While other systems use compilation-based approaches to generate IIOP stubs and skeletons, JBoss employs reflective techniques to avoid extra compilation steps and support on-th

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Time Series with Stochastic Volatilitytion management effort as possible to the system rather than the user, allowing graceful upgrading of systems over time without stopping and restarting. Using plugins as a mechanism for evolving applications is appealing, but current implementations have limited functionality. In this paper we prese

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Interest Rates and Interest Rate Derivativescess conditions with their deployment environment dynamically. We also present the . platform, a prototype we have developed in order to show how our framework can be used to support the dynamic definition and enforcement of contracts binding components and their deployment environment regarding res

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Stochastic Processes in Discrete Timevironment, it is necessary to recognize that component deployment (and subsequent composition) is closer to a continual process than a one-off operation. This is due to the requirement that newly-evolved components need to replace their ancestors in a timely and efficient manner at the client deploy

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Black–Scholes Option Pricing Model modularization. Typically, components exhibit dependencies on other components or resources; any such dependencies are requirements needed for the component to function. As a consequence, deploying a component requires deploying the transitive closure of all dependencies. This paper describes a pro

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Time Series with Stochastic Volatilityted on preventing malicious components from penetrating secure systems, other security violations may also cause significant problems. We uncover a technique that creates a major breach of security by allowing rogue components to interfere with component-based applications by impersonating various g

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Statistics of Financial Marketsadequately support component deployment in such a setting. Specifically, current technologies realize deployment processes where most decisions are made by the application manufacturer. When using small-grained components, however, the component user needs to have more control over the deployment pr

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