结果，名为TCP/IP的一套网络互联协议（在首批标准化的两个协议——即传输控制层协议和互联网协议后）产生。
The result was a suite of internetworking protocols known as TCP/IP (after the first two protocols defined by the standard, Transmission Control Protocol and Internet Protocol).
回想一下，InternetProtocol (IP)是传输协议(通常称为传输控制协议或TCP)下面的核心网络层协议。
Recall that the Internet protocol (IP) is the core network layer protocol that sits below the transport protocol (most commonly the Transmission Control protocol, or TCP).
在该服务器上PPP控制协议对于整个网络协议是不可用的。
The PPP control protocol for this network protocol is not available on the server.
为增加系统安全性和可扩展性，采用下一代互联网络的核心协议—SIP作为控制信令协议。
To increase the security and the expansionary of the system, it uses SIP as a core protocol.
TCP是通过IP网络提供数据传输的协议，IP是一个包含寻址和控制信息，允许数据路由的协议。
TCP is a transport protocol providing transmission of data over IP networks, and IP is a network protocol containing addressing and control information that allow for data to be routed.
主要分析有望适配应用在未来超宽带网络中的IEEE802.15.3的媒体接入控制协议的基本原理，应用超宽带通信具有精确定位信息的特征，改进IEEE 802.15.3协议。
It is mainly analyzed that the basic principle of IEEE 802.15.3 media access control protocol which is as one of the most suitable protocols for ultra-wideband networks.
文章基于CAN协议，设计出有线和无线混合控制网络，提出了一种新型的混合网络实时通讯协议，并通过硬件实现验证了设计的正确。
This paper designs a CAN-based hybrid control network, proposes a new hybrid real-time communication protocol, and verities the protocol in hardware.
通过分析蓝牙通讯协议模型及其核心思想，总结归纳了各层次相关项协议的作用和功能，为蓝牙家居控制网络的设计奠定基础。
Through analyzing Bluetooth protocol and summing up the role and function for each level agreements, it lays the foundation for home network design.
媒体网关控制协议是下一代网络演进中的重要协议，是软交换设备与媒体网关间的控制协议。
Media gateway control protocol is the important protocol in next generation network, it is the control protocol between soft switch devices and media gateway.
媒体网关控制协议是NGN网络中一个重要的协议。
Media Gateway Control protocol (MGCP) is a important protocol in NGN network.
提出了一种三维ip地址的分配方法，并在路由协议中使用了一种传感器网络传输控制协议。
A distribution method of three-dimensional IP address is proposed and a transport control protocol for wireless sensor networks is used in routing protocol.
会话发起协议(SIP)是IP网络应用层的控制协议，用于建立、修改和终止两个或多个参与者之间的会话。
The session Initiation protocol (SIP) is an application-layer control protocol for creating, modifying and terminating sessions among two or more parties.
在IEEE 802.11标准的平台上，提出了UTPMA协议的实现方案，描述了UTPMA协议的网络自组织算法，并设计了协议的管理、控制、数据分组的结构。
On the platform of IEEE 802.11, the realizable scheme is proposed by introducing the self-organized algorithm and designing management packets, control packets, and data packets of UTPMA.
自动交换光网络(ason)控制协议采用通用多协议标签交换(GMPLS)控制协议族，其路由部分主要为开放式最短路径优先(OSPF)协议。
Generalized Multi-Protocol Label Switching (GMPLS) is used as the control protocol for ASON, of which the routing part is mainly governed by the Open Shortest Path First (OSPF) protocol.
而UDP协议是无连接的，因此要在上层对用户数据报协议包的发送速率进行控制，来避免在网络情况不良的时候，产生较大的丢包率。
Since the UDP protocol is non-connection, a transfer control should be taken on the high level to avoid high packet loss when the network is bad.
通过新的硬件协议和存储控制协议减轻了节点的存储压力，降低了网络编码对中继节点的要求；
The new hardware protocol and storage controlling protocol can lessen the storage pressure of the node and lower the requirements of the network coding on the relay.
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).
第二，对无线传感器网络现有的路由协议与介质访问控制(MAC)协议进行研究。
Secondly, study the exiting routing and MAC protocols for wireless sensor network.
VCP协议是一种新型的、易于实现的拥塞控制协议，适用于高带宽时延乘积网络的拥塞控制。
VCP is a new congestion control protocol. It is easy to implement and suitable for high bandwidth delay product (BDP) networks.
本文对软交换网络的联机计费采集接口协议进行了探讨，提出了软交换网络的联机计费采集接口所采用的传输控制协议和信息模型。
This paper probe into the interface and protocol of the charge information online collection in the softswitch network, present a transmission and management protocol and its information model.
其中RTP协议负责数据传输，RTCP协议负责提供数据传输质量反馈，RSVP协议用于资源预留，以保证网络服务质量，RTSP协议则提供数据传输的远端控制。
RTP transmit data, and RTCP provide feedback of data transmission quality. RSVP can reserve network bandwidth to guarantee quality of service. RTSP remotely control data transmission.
其中RTP协议负责数据传输，RTCP协议负责提供数据传输质量反馈，RSVP协议用于资源预留，以保证网络服务质量，RTSP协议则提供数据传输的远端控制。
RTP transmit data, and RTCP provide feedback of data transmission quality. RSVP can reserve network bandwidth to guarantee quality of service. RTSP remotely control data transmission.
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