您要查找的是不是:
- SIP is an IP telephone signaling protocol proposed by IETF. SIP是由IETF提出的IP电话信令协议。
- SIP is a signal protocol of IP phone lodged by IETF. SIP 是IETF 推出的用于IP 电话的信令协议;虽然H.
- Chapter 3 considers GMPLS signaling protocols for the control plane of ASON and GMPLS extensions to CR-LDP and RSVP-TE. 第3章介绍了GMPLS控制协议及GMPLS对信令协议的扩展。
- As one of the most important signaling protocols in ASON, RSVP-TE is widely used. 摘要基于流量工程扩展的资源预留协议(RSVP-TE)作为自动交换光网络(ASON)中最重要的信令协议之一被广泛应用。
- SIP (Session Initiation Protocol) is a signaling protocol for IP telephone, provided by IETF. SIP(Session Initiation Protocol,会话初始化协议)是由IETF(Internet工程任务组)提出的IP电话信令协议。
- IntServ/RSVP reserves the end-to-end bandwidth and buffers with RSVP signaling protocol to guarantee QoS. IntServ/RSVP利用RSVP信令协议在端到端之间预留带宽和缓冲区等资源,从而确保所需的服务质量;
- In the control plane, the signaling protocols used in phone networks and PBXs need to be translated to connection setup actions in the multiservice LAN. 在控制面上,电话网和用户交换机中所采用的信令协议需转变成多服务局域网中建立的连接。
- In the control plane,the signaling protocols used in phone networks and PBXs need to be translated to connection setup actions in the multiservice LAN. 在控制面上,电话网和用户交换机中所采用的信令协议需转变成多服务局域网中建立的连接。
- However, because of its complexity, we are apt to adopt LDP, which is relatively simple, as the signaling protocol of VPLS in Terabit Router. 相对地,LDP信令机制较为简单,而且LDP本身就是MPLS的控制协议,以LDP实现VPLS可显著降低实现难度,基于上述考虑,T比特路由器采用LDP作为VPLS的信令协议。
- In this paper,two sets of the MPLS signaling protocol,CR-LDP and RSVP-TE,are analyzed. After this,the implementation of CR-LDP on VxWorks is provided. 本文分析了两种支持流量工程的MPLS信令协议:基于约束路由的标签分配协议CR-LDP和扩展的资源预留协议RSVP-TE,论述了在VxWorks操作系统上实现CR-LDP协议的方法和技术。
- Resource ReSerVation Protocol (RSVP) is a network layer signaling protocol that allows applications to reserve network resources for data flows. 摘要资源预留协议(RSVP)是网络层的信令协议,用来为传输的数据流预留网络资源。
- Secondly, the article introduces the structure of the two kinds of the signaling protocol in IP phone and main functions they can reach. 其后分别介绍了基于两种信令协议的网络电话系统构成以及系统所能实现的主要功能。
- RSVP (ReSource Reservation Protocol) is the most popular signaling protocol in Intserv model, which is receiver-initiated and makes flow-based end-to-end resource reservation. 资源预留协议(RSVP,ReSource Reservation Protocol)是综合服务中最常用的信令协议,是由接受端发起的,它对基于流的QoS请求进行端到端的资源预留。
- This paper provides an architect of a H.323 IP Phone Monitor System and focuses on signal protocol parsing technique. 论文提供了一个对基于H.323的IP电话系统进行监听的系统架构,并重点介绍了IP电话监听系统的协议解析技术。
- SIP(Session Initiation Protocol) is one of the signaling protocols to develop the VoIP system. SIP is simple, flexible, distributed controled and easy to be extended. And 3GPP has adopted SIP as the controlling protocol for the IP Multimedia Subsystem. VoIP是下一代网络中一个极其重要的应用,作为构建VoIP电话系统信令协议之一的SIP协议,以其突出的简单、灵活、分布式控制和易于扩展等优点赢得了业界的青睐,尤其是在3GPP决定使用SIP协议作为其多媒体域的控制协议之后,基于SIP协议的研究成为IP电话研究领域的热点。
- This paper describes the error control on ATM signaling adaptation, it analyses the reliability of ATM signaling adaptation layer CRC and feature of selective repeat that the signaling protocol adopts. 文章讨论了ATM信令适配的差错控制问题,分析了ATM信令适配层CRC校验的可靠性以及信令协议所采用的选择重传ARQ的特点。
- In this scheme, the whole work is divided into several modules. SNMP, carrying message between Policy Decision Point (PDP) and Policy Enforcement Point (PEP), acts as a signaling protocol. 方案中把具体实现分为几个模块来完成,并使用简单网络管理协议(SNMP)作为策略决策点和策略执行点之间消息传送的信令协议。
- This paper proposes a recursive,extendable and hierarchical network structure,and analyzes its numbering plan,signaling protocol and the queueing system model of the “stage” ATM switch. 由此提出了一种递归扩展的层次式互联网络结构,分析了号码制度、信令协议等技术问题,并研究了这种对应于分层地址分配的层界面ATM交换机的排队模型。
- TCAP protocol is a signaling protocol for mobile communication network.It is carried by signalling system 7,which is lack of security protection. 摘要 事务处理能力应用部分(TCAP)协议是移动通信网络的信令协议,由缺乏安全保护的七号信令承载。
- Currently it is actively driven to worldwide deployment.Some foreign organizations pay much attention to the testing of LDP protocol ,which is one of signalling protocols of MPLS. 标记分发协议LDP是MPLS最基本的信令协议,国外十分重视对它的测试,已有多个测试机构和测试系统生产厂家声称能够对LDP协议进行多方面的测试。