面向未来的智能产品系统设计

Ilkka Niskanen, J. Kantorovitch
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引用次数: 11

摘要

普适计算指的是一个无缝的、不可见的计算环境,在这个环境中,无处不在的、相互连接的计算设备收集有关环境的信息。这种由计算机驱动的人工制品代表了一种新的智能产品类别,在这种产品中,物体能够感知周围环境,并能够在各种任务中支持用户。然而,智能产品的复杂和动态领域对开发人员提出了很高的要求,开发人员必须处理上下文感知的要求。在本演示中,我们介绍了仿真环境,这是一种仿真方法,可以促进依赖于未来智能产品系统的上下文应用程序的开发。仿真环境支持上下文信息的语义建模,并提供生成上下文更改事件和模拟传感器值的方法。与不同中间件解决方案的集成为客户机应用程序提供了定义良好的接口,以便注册为上下文事件的侦听器。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Towards the future smart products systems design
Pervasive computing refers to a seamless and invisible computing environment in which ubiquitous and connected computing devices gather information about the environment. Such computer-enabled artefacts represent a new category of smart products where objects are aware of their surroundings and cable of supporting users in various tasks. However, the complex and dynamic domain of smart products is demanding for the developers, who have to deal with the requirements of context awareness. In this demonstration, we present Simulation Environment, a simulation approach that facilitates the developing of contextual applications relied on future smart product systems. Simulation Environment supports semantic modeling of context information and provides means to generate context change events and simulate sensor values. The integration with different middleware solutions provides well defined interfaces for client applications to register as listeners for the context events.
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