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Rapid prototyping of a wireless sensor network gateway for the internet of things using off-the-shelf components

机译：使用现成的组件快速建立物联网无线传感器网络网关的原型

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More than 50 billion devices are estimated to be connected to the Internet by 2020. Incompatibility of devices and protocols (usually proprietary devices and protocols) are one of the major hurdles to be overcome to realise the Internet of Things (IoT) vision. IoT devices are typically constrained devices and this creates dependencies between the hardware, software and protocols used in the device. Open hardware and software platforms to support emerging IoT trends are required. A wireless sensor network gateway was developed in a three-month period using off-the-shelf components. The gateway was based on the Raspberry PI single-board computer; it implemented 6LoWPAN mesh and wireless access point functionality for mobile and low power sensing and actuation devices. The gateway was tested in the following use-case: integrate a battery-operated 6LoWPAN-enabled smart water meter to an IPv6 building network. Several factors that influence the gateway's performance and reliability were identified and should be considered when deploying gateway devices for future endeavours.
机译：到2020年，估计将有超过500亿个设备连接到Internet。设备和协议（通常是专有设备和协议）的不兼容是实现物联网（IoT）愿景需要克服的主要障碍之一。物联网设备通常是受限设备，这会在设备中使用的硬件，软件和协议之间建立依赖关系。需要开放的硬件和软件平台来支持新兴的物联网趋势。无线传感器网络网关是在三个月的时间内使用现成的组件开发的。网关基于Raspberry PI单板计算机。它为移动和低功耗传感与驱动设备实现了6LoWPAN网格和无线接入点功能。在以下用例中对该网关进行了测试：将支持电池供电的6LoWPAN的智能水表集成到IPv6建筑网络中。确定了一些影响网关性能和可靠性的因素，在部署网关设备以进行将来工作时应考虑这些因素。

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