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引用次数: 15

摘要

普适计算的定义特征是试图脱离传统的桌面计算范式,并将计算能力转移到用户周围的环境中。VLSI设计等领域的进步带来了越来越多的小型化,这意味着我们很快就能对我们的环境进行仪器化,以实现无处不在的计算梦想。然而,无处不在的计算的前景是,计算的日益普及将为最终用户带来更少的侵入性和更有价值的服务。为了实现这个梦想,我们需要伴随着硬件的进步和软件技术的进步。在本文中,作者讨论了普适计算的一些软件挑战。
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Software design issues for ubiquitous computing
The defining characteristic of ubiquitous computing is the attempt to break away from the traditional desktop computing paradigm and move computational power into the environment that surrounds the user. Increasing miniaturization brought on by advances in areas such as VLSI design means that we will soon be able to instrument our environments in order to realize the dream of ubiquitous computing. The promise of ubiquitous computing, however, is that the increased pervasiveness of computation will lead to less intrusive and more valuable services to the end user. For this dream to be realized we need to accompany hardware advances with advances in software technology. In this paper, the author discusses some software challenges for ubiquitous computing.
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Experiences and challenges in system design Design issues in power electronic building block (PEBB) system integration Instruction subsetting: Trading power for programmability Power-efficient data storage and transfer methodologies: Current solutions and remaining problems Software design issues for ubiquitous computing
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