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Demo Abstract: A Cross-Device Testing and Reporting System for Large-Scale Real-Time Wireless Networks

机译:演示摘要:大规模实时无线网络的跨设备测试和报告系统

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摘要

We designed a crossdevice testing and reporting system, called cross-device testing and reporting system (CD-TRS), to facilitate the functional validation of protocol and application design in large-scale RTWNs. CD-TRS leverages the nice property of RTWNs that all devices in the network are fully synchronized. By specifying and retrieving events and device status from multiple devices in the runtime simultaneously, CD-TRS can further assemble them into a network-wide report on the detailed system behavior by aligning the records according to their associated network timestamps (or absolute slot number (ASN) in most RTWNs). By comparing this runtime network behavior report with the required protocol and application specifications, abnormal deviceetwork behavior can be observed and their root cause(s) can be effectively located. This thus can significantly reduce the complexity of RTWN testing and reporting. In the following, we first describe the overall architecture of CD-TRS, and then demonstrate how CD-TRS helps with the functional validation of D2-PaS, a distributed and dynamic packet scheduling framework we recently developed for handling disturbances in real-time wireless networks.
机译:我们设计了一个跨设备测试和报告系统,称为跨设备测试和报告系统(CD-TRS),以促进大规模RTWN中协议和应用程序设计的功能验证。 CD-TRS利用RTWN的优良特性,即网络中的所有设备都完全同步。通过同时在运行时从多个设备指定和检索事件和设备状态,CD-TRS可以根据记录的关联网络时间戳(或绝对插槽号( ASN)在大多数RTWN中)。通过将此运行时网络行为报告与所需的协议和应用规范进行比较,可以观察到异常的设备/网络行为,并可以有效地找到其根本原因。因此,这可以显着降低RTWN测试和报告的复杂性。在下文中,我们首先描述CD-TRS的总体架构,然后演示CD-TRS如何帮助D2-PaS进行功能验证,D2-PaS是我们最近开发的用于处理实时无线干扰的分布式动态分组调度框架。网络。

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