另一方面，如果你要控制客户端、服务和网络，则可以使用二进制编码，并使用TCP协议。
On the other hand, if you control the client, service and network, then you can use binary encoding, TCP as the protocol.
拥塞控制算法主要分为两部分：在端系统上使用的源算法和在网络设备上使用的链路算法。
The congestion control algorithm mainly divides into two parts: source algorithm which USES on the end system and the link algorithm which USES on the network equipment.
TCP拥塞控制就是在这种情况下，通过服务器和客户端的控制“回退”，以确保网络对于其他的所有用户仍然可用。
TCP Congestion Control on clients and servers is setup to "back off" in these cases in order to ensure that the network remains available for all its users.
由于TCP端到端的本质，拥塞控制的源算法无法利用网络中的具体信息进行理想地拥塞控制。
Due to the end-to-end essence of TCP, the source algorithm of congestion control can't acquire enough information of intermediate network to control traffic ideally.
介绍了因特网上一种端到端的MPEG - 4视频网络传输结构的自适应码率控制方案。
This paper addresses an adaptive rate control scheme for MPEG-4 video based on an end-to-end architecture over Internet.
这种机制利用分片产生的流描述信息得到文件的流发送速率等级，在网络拥塞时选择发送较小编码速率的文件数据，从而达到了服务器端控制发送速率的目的。
The article brings forward file level flow control mechanism, this mechanism use stream information layers to choose strip files with less data rate to send when networks is congested.
在执行器端设计了网络延迟补偿器，可根据当前时刻的最新控制信号对网络系统实现有效控制。
The network delay compensator was set up to select the latest control signals to make the control method work efficiently.
针对随机线性网络编码，提出点-点检错和端-端重传相结合的差错控制方法。
Aiming at random linear network coding, this paper proposes an error control method which combines point-point checking error and end-end retransmission.
网络层的链路带宽与有效带宽直接反映了端到端路径的基本状况，是对网络进行性能管理和服务质量控制的基础。
In network layer link bandwidth and available bandwidth capture the relevant properties of network path, which is baseline of performance management and QoS control.
在分析研究延时抖动、平均速率和丢包率等网络参数的基础上，给出客户端接收缓冲区长度估算公式。根据客户端反馈网络参数在服务器端实现流量控制。
A formula for calculating receiving buffer length was proposed, based on the analysis and research on network parameters, such as jitter, average speed and packet loss fraction.
而传输控制协议（TCP）作为一种端到端的传输层协议已经广泛的应用在因特网络和广域网中。
While Transmission Control Protocol (TCP) is widely adopted end to end transport layer protocol on the Internet and Wide Area Networks (WAN).
你将如何管理之间的通信控制器的客户端软件，个人电脑和传感器网络和传感器？
How would you manage communication between client software, controller PCs and sensor networks and sensors?
文中在多元统计过程控制方法的基础上，将神经网络用于过程的监测，并在基于CORBA技术的多客户端工业过程中实时监测软件系统实现。
On the basis of the MSPC, this paper adopts the neural network for process monitoring and adds it to the multi - client distributed monitoring system designed based on CORBA.
该算法用显示拥塞指示标记取代丢包机制，用于通知源端网络即将发生拥塞，采用PID控制器实现反响控制，保证系统白勺稳定性。
In this algorithm, the mechanism of dropping packet is replaced with ECN marks. It USES the PID controller as feed-backward compensation to ensure the stability of the system.
RTP/RTCP协议为网络实时数据提供端到端的传输、时序重构、帧遗失检测、数据安全、拥塞控制等多种服务，支持多播或单播网络。
RTP/RTCP provides end-to-end transmission, timing reconstruction, frame loss detection, data security, congestion control, and other services for real-time data over multicast or unicast network.
本文主要针对非线性算子及耦合均在输入端的一类非线性多变量系统，研究如何采用神经网络实现其在线解耦控制。
Based on the class of nonlinear multi-variable system with the nonlinear operator and couple appearing in the input of system, the online decoupling control with NN is studied in this thesis.
本文主要针对非线性算子及耦合均在输入端的一类非线性多变量系统，研究如何采用神经网络实现其在线解耦控制。
Based on the class of nonlinear multi-variable system with the nonlinear operator and couple appearing in the input of system, the online decoupling control with NN is studied in this thesis.
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