物联网系统很可能有一种事件驱动的体系结构。图 9B 2 物联网发展是显

物联网系统很可能有一种事件驱动的体系结构。图 9B 2 物联网发展是显示包含三层体系结构。最上面一层是由驱动的应用程序组成的。物联网的应用程序空间是巨大的。底部图层表示各种类型的传感装置： 即 RFID 标签，ZigBee 或其他类型的传感器和道路绘图 GPS 导航仪。传感设备是本地或全地区连接在 RFID 网络、 传感器网络和 Gps 的形式。通过向应用程序的中间层云 computiong 平台链接了信号或在这些遥感设备收集的信息。


信号处理云是建于移动网络、 互联网主干网和各种信息网络的中间层。在物联网领域，遥感的事件的意义并不遵循一个确定性或句法模型。事实上，面向服务的架构 （soa） 模型在这里是收养的。大量的传感器和筛选器用于收集的原始数据。各种云计算和存储和网格用于处理数据并转化如果信息和决策系统的智能应用程序 knowledagtogether。中间层也视为一个语义 Web 或网格。有些演员 （服务、 组件、 化身） 是自引用。

結果 (中文) 3:

The networking system is likely to have an event driven architecture. Figure 9B 2 networking development is shown to contain three layers system structure. The top layer is composed of the application driven. Networking application space is huge. The bottom layer of said sensing device of various types: RFID tags, ZigBee or other types of navigation sensors and road mapping GPS. The sensing device is connected to the RFID or local area network, sensor network and Gps form. By linking mesospheric clouds Computiong platform to the application or the signal in these remote sensing devices to collect information.


Signal processing is built in the middle layer of cloud mobile network, Internet backbone network and information network. In the field of networking, sensing the meaning of events does not follow a deterministic or syntactic model. In fact, service oriented architecture (SOA) model is adopted here. A large number of sensors and filters used for original data collection. A variety of cloud computing and storage and grid for data processing and conversion if the information and decision making system for intelligent applications of knowledagtogether. The middle layer is regarded as a semantic grid or Web. Some actors (services, components, avatars) is a self reference.