sending node

英 [ˈsendɪŋ nəʊd] 美 [ˈsendɪŋ noʊd]

网络  发送节点

计算机



双语例句

  1. Messages in the cluster are delivered directly from the sending node to the receiving node.
    集群中的消息直接从发送节点提交到接收节点。
  2. Once you can send messages between the two machines, sending and receiving any kind of data becomes a simple case of knowing the process ID and the node name.
    在两台机器之间发送消息时,发送和接收任意类型的数据都变得极为简单,只需了解进程ID和节点名称即可。
  3. For example, if there are2,000 machines and each one is sending metrics to an infrastructure node, the node can be brought to its knees and leave you wondering if it's responding.
    例如,如果有2000台计算机,每台计算机都把性能指标发送到一个基础设施节点,此节点就会非常缓慢。
  4. Without queuing, sending an electronic message over long distances requires every node on the route to be available for forwarding messages.
    如果没有队列,发送一个长距离的电子消息要求路由上的每一个节点都是可用的以便来发送消息。
  5. To solve the problem of distributing data in parallel arithmetic, the method of dividing dataset into several equal parts and sending every part to a special computing node was adopted.
    解决并行算法中的数据分配问题,目前采用的主要方法是在各个计算结点上平均分配数据。
  6. Taking redundant control of materiel grasp and sending system as an example, output of redundant node was tested, output of fault controller was replaced by estimate output to renew function of controller, and realize self-diagnosis of the system.
    以物料抓送系统的冗余控制为例,对冗余结点的输出进行检测、用估计输出取代故障控制器的输出使其功能恢复,实现系统的自诊断。
  7. The protocol established the temporary synchronization between the sending node and receiving node only when they are communicating, which combines the strong points of the synchronization and asynchronization MAC protocol. The slot reservation and power control were integrated with CDMA to improve the network performance.
    协议仅在通信时在收发节点间建立临时的同步,综合了同步与异步MAC协议的优点,通过时隙预留,功率控制和CDMA技术来提高网络的性能。
  8. Then sending node adjusts its transmission power.
    发送节点根据此值调整自身发射功率。
  9. This method controls the sending rate for each source node.
    这种方法控制每个信源节点的传输速率。
  10. When the forward ants ( finding message), which were sending by source node, are looking for destination node, if a related node of destination node is found, backward ants will be generated and back. Pheromones will be left on its back way.
    源节点发出的前进蚂蚁(寻找报文)在寻找目的节点的过程中,如果找到了一个目的节点的相关节点,会立刻生成返回蚂蚁进行返回,并在途中留下信息素。
  11. This system is mainly divided into three levels, the first one is lamps management center with man-machine interface function. The second one is streetlight monitoring sub-station with sending control commands and collecting street node information.
    本系统主要分为三层,分别是具有人机交互界面功能的路灯管理中心、汇聚路灯节点信息和发送路灯控制命令的路灯监控子站以及采集路灯节点信息的路灯控制终端。
  12. The scheme first choose relay nodes for sending information according to the channel gain coefficient between source node to relay node and relay node to destination node.
    该方案首先根据源节点到中继节点以及中继节点到目的节点的信道增益系数选择中继节点参与转发信息数据。
  13. Here, the LM of a node, which is defined as the average sending data rate of the node over a period, is used to represent the local part of traffic load.
    在这里,节点在一定时间内的平均发送速率作为该节点自身的负载判据(LM)。
  14. On the software side, it completes the program design and debugging of data collection and sending. Finally, the gateway node is divided into several functional blocks. Then design and simulate each functional module.
    最后,将网关节点划分为几个功能模块,并对各个功能模块进行设计、仿真。
  15. For sending sensed data, a sensor node has to access the medium and then transmit the data.
    节点通过访问介质然后发送数据来传输节点的数据。
  16. Further, sending and receiving at the same time allows a wireless node to exchange control messages while receiving data, making real-time feedback schemes possible.
    此外,在相同的时间发送与接收允许无线节点在接收数据的同时交换控制信息,使实时反馈变得可能。
  17. In node identification, uses the method that is adding the node location information precoding before sending the packet. This method is a good way to solve the fixed position of WSN nodes spread node location function.
    在节点识别方面,提出了将节点位置信息预编码添加在发送数据包前的方法,该方法较好的解决了固定位置节点散布的WSN节点定位功能。
  18. Wireless sensor data sending nodes placed in the outdoor sends collect the flow, temperature and other signals, and send the data to the wireless sensor node located in control center to accept.
    放置在控制室外的无线传感器数据发送节点通过采集到的流量、温度等信号,并将数据发送到位于控制中心的无线传感器接受节点。
  19. Before sending the RTS packet, one node should sense the channel. If the channel is idle, the backoff delayer would be activated. If the channel is busy, the node would keep sensing the channel until the channel is idle to activate the backoff delayer.
    每个节点在发送RTS报文以前,先监听信道,若信道空闲就启动退避延时器;若信道忙碌就一直监听直到信道转为空闲再启动退避延时器。
  20. Simulation results show that sending rate of the source and buffer of branch node, which are calculated in the paper, is very important for actual network environment.
    仿真结果表明,理论计算出的源端发送速率和分支节点缓冲占有量的值对实际的网络环境有一定的指导意义。
  21. Sending energy information packet periodically is the most commonly used method to obtain the remained energy in each node.
    常用的获取节点剩余能量的方法是节点周期性的发送自己的能量信息,然而在某些环境下,通信消耗的能量有时大于利用该算法节省的能量。
  22. Receiving node feeds back the result to sending node.
    接收节点将此值回馈给发送节点。
  23. The rate control module controls the sending rate of each node.
    速率控制模块,用于控制节点发送速率。