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Towards a Coordination Approach to Adaptive Pervasive Service Ecosystems

机译:寻求适应性普适服务生态系统的协调方法

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Technology evolution is providing new pervasive service scenarios characterised by a huge number of distributed and dynamic devices. Accordingly, a new generation of services and infrastructures are emerging which support situatedness, adaptivity and diversity. In this paper we model the overall world of services, data and devices, as a distributed computational ecosystem. As such, each entity will be modelled as an autonomous, spatially-situated individual of the ecosystem, whose existence and state is reified by an LSA (Live Semantic Annotation). Ecosystem behaviour is controlled by coordination rules called eco-laws, which are chemical-like reactions evolving the population of LSAs. We describe an architecture that is at the basis of the SAPERE project ("Self-aware Pervasive Service Ecosystems", www.sapere-project.eu), supporting the vision along with a model of eco-laws, and show their usefulness in a scenario of adaptive pervasive displays.
机译:技术演进正在提供以大量分布式和动态设备为特征的新的普遍服务场景。因此,出现了支持位置,适应性和多样性的新一代服务和基础设施。在本文中,我们将服务,数据和设备的整个世界建模为分布式计算生态系统。这样,每个实体都将被建模为生态系统的一个自治的,空间定位的个体,其存在和状态由LSA(实时语义注释)确定。生态系统行为由称为生态法律的协调规则控制,生态规则是不断演变的LSA种群的化学反应。我们描述了一种基于SAPERE项目(“自我感知的普适服务生态系统”,www.sapere-project.eu)的体系结构,该体系结构支持该远景规划和生态法律模型,并在一个法律中展示了其有用性。适应性无处不在显示的场景。

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