英文文献翻译---------关于无线传感器.doc
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英文文献翻译---------关于无线传感器,1.1 standarswireless sensor standards have been developed with the key design requirement for low power consumption. the standard defines the functions and prot...
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1.1 Standars
Wireless sensor standards have been developed with the key design requirement for low power consumption. The standard defines the functions and protocols necessary for sensor nodes to interface with a variety of networks.Someof these standardincludeIEEE802.15.4,ZigBee,WirelessHART,ISA100.11,IETF6LoW-PAN,IEEE802.15.3,Wibree.The follow-ing paragraphs describes these standards in more detail.
IEEE802.15.4:IEEE802.15.4[37] is the proposed stan-dard for low rate wireless personal area networks (LR-WPAN's).IEEE802.15.4 focuses on low cost of deployment,low complexity, and low power consumption.IEEE802.15.4 is designed for wireless sensor applications that require short range communication to maximize battery life. The standard allows the formation of the star and peer-to-peer topology for communication between net-work devices.Devices in the star topology communicate with a central controller while in the peer-to-peer topol-ogy ad hoc and self-configuring networks can be formed.IEEE802.15.4devices are designed t
1.1 标准
协议：无线传感器标准已经发展出关键的设计要求低功率消耗。这项标准定义了对于传感器节点到不同网络接口的必要功能和协议。这些标准中有些包括IEEE802.15.4,无线个域网技术,IEEE802.15.3,短距离无线通信技术。以下段落更为详细的描述了这些标准。
IEEE802.15.4:IEEE802.15.4是针对低速无线个域网制定的标准，针对低成本，低复杂度，低功耗。IEEE802.15.4是为无线传感器应用制定的，要求在小范围内实现电池寿命的最大化。这项标准支持基于星型和对等网络拓扑结构的网络设备间的通信，设备在星拓扑与中央控制器的通信在对等网络拓扑特设和自我设置的网络可以形成。基于IEEE802.15.4标准设计的设备支持物理层和数据链路层协议。物理层支持865/915 MHZ低带宽和2.4GHZ高带宽。数据链路层使用载波侦听冲突检测机制控制访问无线网络。数据链路层也负责数据帧的验证，帧传输，网络接口，网络同步，设备兼容，保护设备。使用IEEE802.15.4协议的无线传感器应用包括民用住宅，工业，环境监测，控制自动化。Zigbee基于IEEE802.15.4低速无线个域网的标准定义了高层通信协议，Zigbee技术是一项简单，低成本，低功率，嵌入式应用方面的无线通信技术，Zigbee设备可以可以
Wireless sensor standards have been developed with the key design requirement for low power consumption. The standard defines the functions and protocols necessary for sensor nodes to interface with a variety of networks.Someof these standardincludeIEEE802.15.4,ZigBee,WirelessHART,ISA100.11,IETF6LoW-PAN,IEEE802.15.3,Wibree.The follow-ing paragraphs describes these standards in more detail.
IEEE802.15.4:IEEE802.15.4[37] is the proposed stan-dard for low rate wireless personal area networks (LR-WPAN's).IEEE802.15.4 focuses on low cost of deployment,low complexity, and low power consumption.IEEE802.15.4 is designed for wireless sensor applications that require short range communication to maximize battery life. The standard allows the formation of the star and peer-to-peer topology for communication between net-work devices.Devices in the star topology communicate with a central controller while in the peer-to-peer topol-ogy ad hoc and self-configuring networks can be formed.IEEE802.15.4devices are designed t
1.1 标准
协议：无线传感器标准已经发展出关键的设计要求低功率消耗。这项标准定义了对于传感器节点到不同网络接口的必要功能和协议。这些标准中有些包括IEEE802.15.4,无线个域网技术,IEEE802.15.3,短距离无线通信技术。以下段落更为详细的描述了这些标准。
IEEE802.15.4:IEEE802.15.4是针对低速无线个域网制定的标准，针对低成本，低复杂度，低功耗。IEEE802.15.4是为无线传感器应用制定的，要求在小范围内实现电池寿命的最大化。这项标准支持基于星型和对等网络拓扑结构的网络设备间的通信，设备在星拓扑与中央控制器的通信在对等网络拓扑特设和自我设置的网络可以形成。基于IEEE802.15.4标准设计的设备支持物理层和数据链路层协议。物理层支持865/915 MHZ低带宽和2.4GHZ高带宽。数据链路层使用载波侦听冲突检测机制控制访问无线网络。数据链路层也负责数据帧的验证，帧传输，网络接口，网络同步，设备兼容，保护设备。使用IEEE802.15.4协议的无线传感器应用包括民用住宅，工业，环境监测，控制自动化。Zigbee基于IEEE802.15.4低速无线个域网的标准定义了高层通信协议，Zigbee技术是一项简单，低成本，低功率，嵌入式应用方面的无线通信技术，Zigbee设备可以可以
