首页> 外文会议>Cyber-Physical Systems (ICCPS), 2012 IEEE/ACM Third International Conference on >Demo Abstract: Towards a Wireless Building Management System with Minimum Change to the Building Protocols
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Demo Abstract: Towards a Wireless Building Management System with Minimum Change to the Building Protocols

机译:演示摘要:建立一种无线楼宇管理系统,对楼宇协议的更改最少

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摘要

We develop a wireless system that can (partially) substitute the wired infrastructure underlying Building Automation and Control Networks (BACnet) of the Building Management System (BMS). There are efforts (e.g. from ZigBee alliance) in developing the wireless components for BMS, they build from bottom up which may lead to change and re-standardization of a new BACnet protocol. There are also entirely new infrastructure proposed (e.g. sMAP) to collect physical information, however, these schemes require a longer time to be adopted. Our system is designed to support BACnet without any modification. We believe that our design experience is useful for other applications where wired infrastructure and upper layer protocols that are complete and well established, and is considered to be cost-effective in converting the system to (partially) wireless. Our experience shows that a direct replacement of wires into wireless links does not work. There are a number of difficulties, including the strict and harsh time constraints for frames to be transmitted before the system consider it as timeout. Our solution is to propose an asynchronous-response framework so as to keep the control flow of the upper layers protocol intact. In this demo, we will 1) bring the physical devices and explain our system on-site and 2) play a experiment video of our system that recorded in real environment.
机译:我们开发了一种无线系统,可以(部分)替代建筑物管理系统(BMS)的建筑物自动化和控制网络(BACnet)底层的有线基础设施。目前正在为BMS开发无线组件方面付出了很多努力(例如来自ZigBee联盟),这些组件是自下而上构建的,可能会导致新BACnet协议的更改和重新标准化。还提出了全新的基础设施(例如sMAP)来收集物理信息,但是,这些方案需要更长的时间才能采用。我们的系统旨在支持BACnet,而无需进行任何修改。我们相信,我们的设计经验对于其他应用程序非常有用,这些应用程序具有完整且完善的有线基础架构和高层协议,并且被认为在将系统转换为(部分)无线时具有成本效益。我们的经验表明,将电线直接替换为无线链路是行不通的。存在许多困难,包括在系统将其视为超时之前要传输的帧的严格和严格的时间限制。我们的解决方案是提出一个异步响应框架,以保持上层协议的控制流完整。在此演示中,我们将1)带上物理设备并现场解释我们的系统,以及2)播放在真实环境中录制的系统实验视频。

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