Future operating systems based around tiny kernels of functionality may automatically shrink and grow to fit the dynamically changing needs of ubiquitous computing.
未来的基于功能性的微型内核的操作系统可能会自动收缩和增长，以适应无处不在的计算的不断变化的需求。
As an important embodiment of ubiquitous computing, context-aware systems which are becoming a hot spot of research.
上下文感知系统作为普适计算的一种重要体现，正成为当前研究的热点。
Traditional service model for embedded system deficiencies, this paper summarized the embedded systems for ubiquitous computing hardware, and named the computing-unit of this structure.
针对传统嵌入式系统服务模型的不足，首先总结了面向普适计算的嵌入式系统硬件结构，并将这种结构命名为计算元。
Traditional service model for embedded system deficiencies, this paper summarized the embedded systems for ubiquitous computing hardware, and named the computing-unit of this structure.
针对传统嵌入式系统服务模型的不足，首先总结了面向普适计算的嵌入式系统硬件结构，并将这种结构命名为计算元。
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