Systematic Framework for Evolving TinyOS
Systematic Framework for Evolving TinyOS
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发表时间：
2006
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通讯作者：
Eric Trumpler;Richard Han;Richard Han
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作者：
Eric Trumpler;Richard Han;Richard Han
TinyOS[1]是研究和开发社区参与实现无线传感器网络（wsn）的软件基础设施的关键元素。为了提高WSN社区开发的研究的长期影响，我们认为利用摩尔定律来增强TinyOS在当前和未来传感器上的应用是很重要的。自最早的版本以来，可用RAM增加了十倍，这使得引入重要而有用的操作系统结构（如优先级和真正的多线程）成为可能。这些功能的分阶段引入应该保持与现有的nesC源代码的兼容性。我们的框架，称为TinyMOS，提供了一个进化的途径，最终允许nesC应用程序与其他系统线程并行执行。
TinyOS [1] is a key element of the software infrastructure for the research and development community involved in realizing wireless sensor networks (WSNs). In order to improve the long-term impact of the research developed by the WSN community, we contend that it is important to exploit Moore’s Law to augment TinyOS on current and future sensor motes. The tenfold increase in available RAM since the earliest motes makes possible the introduction of important and useful operating system constructs such as priorities and true multithreading. The phased introduction of these capabilities should maintain compatability with the existing body of nesC source code. Our framework, called TinyMOS, provides an evolutionary pathway that ultimately allows nesC applications to execute in parallel with other system threads.