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首页> 外文会议>9th ACM/IEEE international conference on information processing in sensor networks 2010 >Slotted Programming for Sensor Networks
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Slotted Programming for Sensor Networks

机译：传感器网络的插槽编程

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摘要

We advocate a novel programming approach we call slotted programming that not only addresses the specific hardware capabilities of sensor nodes, but also facilitates coding through a truly modular design. The approach is based on the temporal decoupling of the different tasks of a sensor node such that at any time at most one task is active. In contrast to traditional sensor network programming, slotted programming guarantees that each of these tasks can be implemented as an independent software module, simplifying not only the coding and testing phase, but also the code reuse in a different context. In addition, we believe that the proposed approach is highly qualified for energy efficient and real time applications. To substantiate our claims, we have implemented slotos, an extension to TinyOS that supports slotted programming. Within this framework, we demonstrate the advantages of the slotted programming paradigm.
机译：我们提倡一种称为时隙编程的新颖编程方法，该方法不仅可以解决传感器节点的特定硬件功能，而且可以通过真正的模块化设计促进编码。该方法基于传感器节点的不同任务的时间解耦，从而在任何时候最多只有一项任务处于活动状态。与传统的传感器网络编程相反，时隙编程可确保将这些任务中的每个任务实现为独立的软件模块，不仅简化了编码和测试阶段，而且简化了不同上下文中的代码重用。此外，我们认为所提出的方法非常适合节能和实时应用。为了证实我们的主张，我们已经实现了slotos，这是TinyOS的扩展，支持时隙编程。在此框架内，我们展示了分时段编程范例的优势。

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