address sensor
英 [əˈdres ˈsensə(r)]
美 [əˈdres ˈsensər]
网络 地址传感器
双语例句
- Study of IP address management of large scale wireless sensor network
大规模无线传感器网络中的地址管理方法研究 - Address allocation algorithm for event-based wireless sensor network
事件驱动型传感器网络地址分配算法研究 - Method of Low Power Mixing Address Coding in Wireless Sensor Networks
无线传感器网络低功耗混合地址编码算法 - An IPv6 Address Assignment Protocol Based on Multi-agents for Wireless Sensor Networks
一种基于多代理的传感器网络IPv6地址配置协议 - MAC Address Assignment Algorithm Using Static Game Model in Wireless Sensor Networks
静态博弈模型下的无线传感器网络MAC地址分配算法 - Hardware design includes equipment selection, I/ O address assigning, exterior input circuit designing, exterior output circuit designing, the joint circuit of sensor etc. Software design includes voltage setting, capacitors monitoring.
硬件设计主要包括装置选型、I／O地址的分配、外部输入电路设计、外部输出电路设计、通讯模块设计以及A／D模块和传感器的连接电路等。 - The simulation result shows that address reconfigurable IP core is fit to ( address) adjustment in wireless sensor networks.
仿真结果表明，所完成的地址重构IP核可以满足无线传感器网络节点地址的灵活预置调整。 - By adjusting the communication range of sensor nodes, the VGSR algorithm can minimize the size of the MAC address and meanwhile guarantee the connectivity of the sensor network.
通过调整传感器节点的通信半径，VGSR算法能够在保证网络不失连通性的同时最大限度地降低MAC地址大小。 - The design of low power MAC address coding in wireless sensor networks must consider the effect of following factors, such as the energy consumption of address transmission, the capacity of address codes and the support of different address types.
无线传感器网络低功耗MAC地址编码设计需要综合考虑地址通信能量开销、地址编码容量、不同地址类型支持等因素的影响。 - A novel distributed algorithm for MAC address assignment in wireless sensor networks
一种新的传感器网络MAC地址分配算法 - The mathematic model of the reconfigurable silicon intellectual property core for address adjustment in wireless sensor networks is described.
描述了无线传感器网络地址重构IP核的数学求解模型。 - Based on the features of wireless sensor networks, this dissertation presents an automatic address configuration algorithm and an IPv6 routing algorithm in wireless sensor network.
本文结合IPv6和无线传感器网络的特点设计了无线传感器网络中自动组网算法和IPv6路由算法，并对算法进行理论分析和实验仿真。 - The ROM address of the for temperature sensors is searched and distinguished by software programming in order to correspond to the temperature sensor and temperature data.
在软件编程上需要对4个温度传感器的ROM地址进行搜索和识别，以便将温度传感器和温度数据一一对应。 - To address this problem, from the theoretical analysis of the sensor node coverage model, we propose the concept of tolerable coverage area, and a node scheduling scheme based on tolerable coverage area.
针对该问题，从理论上对节点覆盖模型进行分析，提出容忍覆盖区域的概念，并在此基础上设计一种基于容忍覆盖区域的节点调度算法。 - Some new features in IPv6, such as huge address space, neighbor discovery, address autoconfiguration and so on, provide feasibility for some wireless sensor network applications.
巨大的地址空间、邻居发现、自动地址配置等特性为某些无线传感器网络应用提供了可行性。