Titlebook: Software Composition; 7th International Sy Cesare Pautasso,Éric Tanter Conference proceedings 2008 Springer-Verlag Berlin Heidelberg 2008 A

聪明

A Reflective Framework for Fine-Grained Adaptation of Aspect-Oriented Compositionsment; i.e. whole aspect modules can be added and removed at runtime. However, in this paper we demonstrate that adaptation of the finer-grained elements of individual aspect modules is required in highly dynamic systems and applications. We present AspectOpenCOM, a principled, reflection-based compo

nonplus

Composing Safely — A Type System for Aspectso existing programs but often they also introduce errors. In order to provide safe aspects for software composition we address the verification of the aspect-oriented language paradigm. We construct a basic calculus for aspects with types and prove formally type safety. More precisely, this paper pr

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Itinerant

隐士

Composing Components and Services Using a Planning-Based Adaptation Middlewareonfiguration of component frameworks based on both local and remote components and services. In particular, components and services can be plugged in interchangeably to provide functionalities defined by the component framework. The extended planning framework is illustrated and validated on a use case scenario.

Tidious

消耗

Adding Support for Dynamics Patterns to Static Business Process Management Systemsses a static BPMS. This paper describes an approach that posteriorly extends this static BPMS inasmuch as dynamic changes of processes during execution are supported. The benefit of this approach is that our partner in industry gains support of dynamic processes but still use the existing BPMS and save investments related to it.

fluoroscopy

OptBPEL: A Tool for Performance Optimization of BPEL Processproach starts from the optimization of synchronization structure concerning . in BPEL. After that, some concurrency analysis techniques are applied to obtain further performance improvement. Finally, we give some experiments and prove the efficiency of these optimization algorithms used in ..

Interregnum

Supporting Multidisciplinary Software Composition for Interactive Applications, algorithms, interaction widgets, graphical objects, or speech recognition rules at all levels of granularity. We describe implementations of the model and example uses. Finally, we outline research directions for making the model more complete and compatible with mainstream software models.

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