转发方式

采用基于HomeAgent的消息转发方式来实现Agent之间的相互通信；

The communications between different agents are an improved message whose transmission is realized via home agent .

存储转发方式的RPR环中分组传输延时分析

Analysis of packet transfer delay of resilient packet Ring in store-and-forward architecture

本文考虑了两种功率受限条件，并针对每一个功率限制条件提出了在HF中继中通过比较每个载波对上的容量的转发方式选择方案。

Two situations about the power constraint are concerned , and the selection criterion among different forwarding schemes in HF relay is proposed under each situation , by means of capacity comparison on the subcarrier pair .

WSN标准提出了基于代理的消息转发方式，在这种场景下，订阅者向代理发送订阅请求，通知生产者将通知都发送给代理，由代理判断将通知转发给哪些消费者。

The WSN proposed agent-based message forwarding , in this scenario , the subscribers send subscription requests to the agent , and the producers send notifications to agent . Then it is the agent to determine forwarding the notice to which consumers .

结合已有的三层交换机三层组播的转发方式和以太网组播控制技术IGMPSnooping，实现IP组播在VLAN内及跨VLAN的识别源的IP转发。

By combining L3 multicast forwarding mode of Ethernet L3 switch and IGMP snooping which is the control technology of IP multicast on L2 network , I implement IP forwarding with capability of source-aware within VLAN or cross VLAN for IP multicast on L2 network .

这种转发方式一直延续下去，直至目的节点接受到数据包。

This delivery process continues until the destination node receive the packet .

存储转发方式的消息传递适用于此情况，因为其核心特性正是所需的特性。

Store-and-forward messaging lends itself to this situation because its core properties are precisely those needed .

现有网络中的数据都是依靠中间节点以存储-转发方式来传送。

Data are transmitted through " store and forward " procedure by the intermediate node in the existing networks .

基于上述选择方案，源端和中继端能够根据信道状态为每个载波对选择最佳的转发方式。

From the selection criterions , the source or relay adaptively choose the best scheme for every subcarrier pair according to the channel condition .

与传统的存储转发方式相比，其允许网络中间节点对收到的数据进行编码之后再转发。

Compared with the traditional store and forward mode , it allows intermediate nodes in the network to encode the received information before forwarding .

I/O请求处理除了直通方式外，大部分依赖存储转发方式（例如对I/O命令的聚散、排队操作等），存储转发的方式下的网络存储I/O流水线具有一些新的特点及其自身特有的制约因素。

Store-and-forward is a typical pattern besides cut-through . For store-and-forward , network storage I / O pipelining has some new characteristic and restricted factors .

本文首先对协作通信的基本概念和工作原理进行了简单描述，并对现有的协作分集协议和协作转发方式作了简要介绍。

The thesis first introduces the basic concepts and principle of cooperative communication , and describes the cooperative diversity protocol and cooperative pass-through mode briefly .

仿真实验得到：频谱效率小于一定值的情况下，利用放大和网络编码转发方式的性能大大高于直接传输方式。

Simulation results indicate if the spectral efficiency is less than some certain value , the performance of amplify-forward and network coding forward are much better than that of direct transmission .

中继节点采用解调转发方式，将计算并转发软信息；与网络编码有机地结合，进一步提高了系统性能，降低中继节点的处理时延和功耗。

The relay node uses DMF , calculates and forwards soft information , which combined with network coding can further improve system performance and reduce the processing delay and power consumption .

该系统整合了多种厂家网管系统的告警信息，并通过告警信息短信转发方式实现无人值守功能。

The alarming information of various network management system of different manufacturer is integrated in a uniform way , and unmanned guard function is carried out by the way of transmit alarm information message .

该算法的基本思想是，在二维多边形边界区域中部署传感器节点，节点以自组织形式构成网络，通过两跳节点间的信息转发方式找到共同节点，借助共同节点使监控区域得到完全覆盖。

The nodes of the sensor network cooperate to find common neighbors by the transmit information of two-hop away nodes , with the help of common neighbors ; the protected region can be completely covered .

依据信标判断节点的类型和转发方式，普通节点采取贪婪转发的方式，预测节点采取受限的贪婪转发，而十字路口节点决定路由转发的方向。

So the way of forwarding the data packets can be chose : greedy forwarding for the normal nodes , limited greedy forwarding for predicted nodes and the direction of forwarding is decided by the node at crossroads .

传统的DTN网络路由都采用存储携带转发的方式。

The traditional DTN network routing is using a store – carry – forward method .

本文在此基础上提出了利用该星座以存储/转发的方式实现非实时全球数据通信的方法。

A new method for non realtime global data communication based on this constellation is proposed in this paper .

在簇间通信方式上，本协议适用多跳转发的方式。

In the mode of communication between clusters , this protocol adopts the method of multi-hop to transmit data .

传感器节点的发送信号传播范围有限，因此需要通过多个传感器节点，以多跳转发的方式将数据传送到目的节点。

The signal propagating distance of sensor node is limited . It needs several sensor nodes to forward the data through multi-hop to the destination .

针对单向中继窃听信道场景，研究了不同中继转发协议方式、中继协作方式及功率分配策略下的安全性能。

For the one-way relay wiretap channel , the secrecy performance of relay network with different forward protocol , cooperative protocol and power allocation strategy is investigated .

仿真结果表明，通过放大转发工作方式的协作和解码转发工作方式的协作，认知无线电链路的传输速率可以提高，尤其是当直接链路的功率受限时。

The simulation results show that the transmission rate of cognitive radio link rate can be improved by AF cooperation and DF cooperation , especially when the power of the direct link is limited .

在本文研究的多源单中继无线通信系统中，通信的目的是要通过中继转发的方式在网络中各个节点之间进行信息交换。

In this paper , multi-source single-relay wireless communication system is studied . The purpose is to achieve information exchange between the various nodes in the network . In the network to let the information on each node is known to the other nodes .

在分组传输过程中，其流经的网络传输节点通常采用队列缓存、延迟转发的服务方式以提高输出链路的带宽利用率。

In the process of packet transmission , the network node which packet flows through usually uses the queue buffer , delay forwarding to improve the bandwidth utilization of output link .

但存储转发的数据传输方式与生俱来的缺点限制了P2P系统性能的提升。

But the inherent defects of Store-and-Forward transmission mode restrict the improvement of traditional P2P system to a small scale .

单副本路由通过节点间转发来实现报文传递，投递率和可靠性较差。多副本路由通过复制转发的方式多路径地传输报文，具有较高的报文投递率。

Single-copy routing delivers message through multiple forwarding , having poor delivery rate and reliability , while the Multiple-copy routing copy and forward message through multiple paths , having higher delivery rate .

双程转发载波测距系统可以测得一个载波波长范围内高精度的相对距离值，并且实现简单，已经在已有的模拟平台上以模拟转发载波的方式得到了初步验证。

Dual-transponder carrier ranging system can be used to measure high precision relative distances and can be simply achieved , and it has been simply validated on the existing analog platform by analog way .