不同软件所使用的P2P网络让用户可以分享电脑的处理能力（分布式系统），数据（文件分享）和带宽（使用多节点传送）。
Different applications of P2P networks enable users to share the computation power (distributed systems), data (file-sharing), and bandwidth (using many nodes for transferring data).
因为数据传送到另一个节点只需很短的距离，该网络需要的能量就更少。
It needs less power because the data travel only a small distance to another node.
由于每个节点都只能访问自己的内存，如果其他节点需要访问这些内存中的数据，就必须对这些数据结构进行复制并通过网络进行传送，这会导致大量的网络负载。
Because each node has access to only its own memory, data structures must be duplicated and sent over the network if other nodes want to access them, leading to network overhead.
节点，网络，对应关系产生方法和帧传送程序。
Node, network, correspondence creating method, and frame transferring program.
多播是将同一信息从源节点传送到网络中多个目的节点。
Data packet is transmitted from source node to multiple destination nodes in multicast communication.
利用无线传感器网络中节点感知数据的相关性，提出了一种基于预测修正的动态数据传送机制。
A dynamic data transmission mechanism based on prediction revision is presented according to the inherent correlation of sampling data between nodes in WSNs.
分布在无线网络节点上的每一根天线都有自身信息要传送，且集合起来组成虚拟的天线阵列(VAA)。
Distributed antennas belonging to multiple users in the wireless network are collected, each with their own information to transmit, so that the users form a "virtual antenna array" (VAA).
我们研究这样一类权重网络的优化生长模式，在其上每两个节点之间的数据包的传送沿着优化路径进行。
We study an optimal growing mode for a class of weighted transportation networks on which data packets are exchanged between every pair of vertices along the optimal paths (OPs) connecting them.
我们研究这样一类权重网络的优化生长模式，在其上每两个节点之间的数据包的传送沿着优化路径进行。
We study an optimal growing mode for a class of weighted transportation networks on which data packets are exchanged between every pair of vertices along the optimal paths (OPs) connecting them.
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