BeeTS：智能分布式传感器元组空间与使用蓝牙和IP广播的代理相结合
BeeTS: Smart Distributed Sensor Tuple Spaces combined with Agents using Bluetooth and IP Broadcasting
摘要：
大多数物联网（IoT）设备和智能传感器通过互联网使用IP通信连接，由服务器定期或基于事件收集传感器信息。虽然，互联网接入是广泛可用的，但有一些地方没有覆盖，WLAN和移动蜂窝通信需要下降的电量并不总是可用的。最后，互联网连接不考虑（或丢失）空间上下文（传感器或设备所处的环境）。在这项工作中，智能设备通过使用任何智能手机和大多数嵌入式计算机中可用的低功耗蓝牙广播进行无连接和自组织通信，例如，树莓派设备通过广告和扫描模式建立双向无连接通信。通信节点可以使用每个节点上的元组空间服务经由功能元组交换数据。元组空间访问由简单的基于事件的代理执行。移动设备充当可以在不同位置之间携带元组的元组载体。此外，基于UDP的内联网通信可以用于在更宽的空间范围上访问元组空间。蓝牙低功耗元组空间（BeeTS）服务支持机会性的、自组织的和松散耦合的设备与空间上下文的通信。
英文摘要：
Most Internet-of-Things (IoT) devices and smart sensors are connected via the Internet using IP communication driectly accessed by a server that collect sensor information periodically or event-based. Although, Internet access is widely available, there are places that are not covered and WLAN and mobile cell communication requires a descent amount of power not always available. Finally, the spatial context (the environment in which the sensor or devices is situated) is not considered (or lost) by Internet connectivity. In this work, smart devices communicate connectionless and ad-hoc by using low-energy Bluetooth broadcasting available in any smartphone and in most embedded computers, e.g., the Raspberry PI devices. Bi-directional connectionless communication is established via the advertisements and scanning modes. The communication nodes can exchange data via functional tuples using a tuple space service on each node. Tuple space access is performed by simple evenat-based agents. Mobile devices act as tuple carriers that can carry tuples between different locations. Additionally, UDP-based Intranet communication can be used to access tuple spaces on a wider spatial range. The Bluetooth Low Energy Tuple Space (BeeTS) service enables opportunistic, ad-hoc and loosely coupled device communication with a spatial context.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
