{ [ ADVANCED DESIGN APPROACHES TO EMERGING SOFTWARE SYSTEMS: by Xiaodong Liu

By Xiaodong Liu

Lately, quick and basic advances in computing applied sciences were using the position and scope of software program structures to a brand new point. a couple of new kinds of software program platforms are rising, between which provider dependent platforms, cloud computing, pervasive computing, and net of items are eminent examples. those platforms have imposed new demanding situations on their layout, improvement, trying out and upkeep, and are challenging for brand new applicable ways and tools.Advanced layout techniques to rising software program structures: rules, method and instruments offers appropriate theoretical frameworks and the most recent empirical examine findings within the zone. This e-book may also help to explain the current chaotic and complicated literature of the present cutting-edge and data within the components of the layout and engineering of the various rising software program platforms. This ebook additionally allows the alternate and evolution of software program engineering advances between a number of disciplines, examine, undefined, and person groups.

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On the one hand, the quality and model driven design methodology which is introduced exploits the ontology oriented design for specifying, representing and managing quality attribute specific knowledge by ontologies. On the other hand, architectural knowledge is specified, represented and managed as styles and patterns. Both of the types of models can evolve separately. The mapping is made by a tool chain that supports each development phase of the model and quality driven service engineering. Recently, the interest on using ontologies for describing and managing quality attributes has increased due to the growing awareness of the importance of quality characteristics in service oriented systems.

Reasoning about information that is potentially useless for them. Moreover, as smart environments are envisioned to be open, heterogeneous, and variable, it is crucial to ensure that the smart applications behave adaptively and efficiently in several deployment settings and runtime conditions. To enforce high-level adaptation strategies, it is also crucial to provide effective support for the monitoring of useful information, such as user movements, device status, resource availability and the Quality of Service, which will trigger application adaptations.

Agile Smart Space Development and Evolution As depicted in Figure 2, ASSDE includes three main phases: Smart Space Initiation, Smart Space Development, and Smart Space Operation and Evolution. The Smart Space Initiation phase provides a backlog of smart space applications, described as scenarios. In the Smart Space Development phase, these scenarios are broken down into sprint(s) that describe an agent or a set of agents needed for an application. The application development exploits a set of predefined ontologies.

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