M14 通信网传输系统接口 标准查询与下载

ANSI/SCTE 130-2-2008 数字程序嵌入.广告系统接口.第2部分:核心数据元素

This document, SCTE 130 Part 2, describes the Digital Program Insertion Advertising Systems Interfaces' core messaging and data types using extensible markup language (XML), XML Namespaces, and XML Schema. Core messaging includes the extensible message schemas, the common SCTE 130 message attributes, and the required SCTE 130 messages. The core data types are XML attributes and XML elements which may be used in any SCTE 130 message element or within any SCTE 130 element definition.

Digital Program Insertion-Advertising Systems Interfaces Part 2 Core Data Elements

ANSI/ATIS 0300204-2008 通信.运转、管理、维护和供应(OAM&P).通信管理网络(TMN)接口(Q3和X接口)用低层协议

Telecommunications - Operations, Administration, Maintenance, and Provisioning (OAM&P) - Lower-Layer Protocols for Telecommunications Management Network (TMN) Interfaces, Q3 and X Interfaces

ITU-T Q.3221-2008 业务控制实体和交通区位管理物理实体间接口的要求和协议(S-TC1接口)11号研究组

This Recommendation defines the requirements and protocol for the interface between the transport location management physical entity (TLM-PE) and the service control entity of ITU-T NGN release 1. At the stage of NGN release 1 [ITU-T Y.2012], this Recommendation is applicable to the interface between TLM-PE and SCE.

Requirements and protocol at the interface between the service control entity and the transport location management physical entity (S-TC1 interface) (Study Group 11)

ITU-T Q.3301.1-2007 1号资源控制协议.服务控制实体和政策决定物理实体之间的Rs接口协议研究组11

This Recommendation provides the stage 3 specification of the protocol at the interface between service control entities (SCE) and the policy decision physical entity (PD-PE). The functional requirements and the stage 2 specifications for this interface are contained in clause 8.1 of [ITU-T Y.2111] and in [ITU-T Q.Sup 51]. This interface is used to control session-based policy. Using the protocol specified in this Recommendation, the SCE can: • provide information to the PD-PE to identify media flows and their required QoS resource characteristics (e.g., QoS class, bandwidth, priority); • provide service priority information to the PD-PE to facilitate appropriate priority handling; • request resource usage information through the PD-PE for charging; • provide related service information to the PD-PE to facilitate appropriate dynamic firewall working mode selection; • indicate whether the media should be enabled (i.e., gate opened) when resources are reserved; • in those instances where the media should not be enabled as soon as the resources are reserved, i.e., may request that the gate be opened later; • in the case where a NAPT function is required, request address mapping information so it can do any modifications that may be required to address information within application signalling (e.g., SDP); and • in the case where a path-coupled resource reservation mechanism is used, indicate to the PD-PE whether it wishes to be notified when reservations are obtained and released. When an authorization token mechanism is used, the PD-PE may supply the SCE with one or more authorization tokens which the SCE shall include in application signalling to the CPE.

Resource control protocol No. 1 Protocol at the Rs interface between service control entities and the policy decision physical entity Study Group 11

ITU-T Q.3302.1-2007 2号资源控制协议.传输资源控制物理实体之间的Rp接口协议研究组11

This Recommendation defines the resource connection initiation protocol (RCIP) for signalling control information between peer TRC-PEs (Rp interface) in a single operator's network. The requirements for the Rp interface are defined in clause 8.6 of [ITU-T Y.2111] and in [ITU-T Q.Sup51]. The possible methods of configuration and notification between the transport physical entities (T-PE) and the transport resource control are out of scope of RCIP. RCIP only specifies the control plane signalling among transport resource control physical entities (TRC-PEs) in an operator's network.

Resource control protocol No. 2 Protocol at the Rp interface between transport resource control physical entities Study Group 11

ITU-T M.3343-2007 B2B和C2B接口NGN故障管理的要求和分析研究组4

This Recommendation contains the requirements and analysis for the business-to-business (B2B) and customer-to-business (C2B) interfaces of trouble administration for NGN. It assumes a multiservice provider environment and is aimed at trouble administration functions to support the deployment of NGN and includes both the B2B and C2B interfaces. B2B/C2B interface is a synonymous term to X Interface. Trouble administration consists of processes utilizing trouble report management, testing management, appointment management and SLA management. This Recommendation and the current [ITU-T X.790] are specific to trouble report. Functions for testing of the service or transport stratum, appointment management and SLA management are outside the scope of this Recommendation. Trouble administration will require all the functions defined in this Recommendation and the other three Recommendations to provide a complete set of functions. Third-party request/response operations are dependent upon the privacy business rules defined in the SC/SP's contract and consequently are considered out of scope for this Recommendation.

Requirements and analysis for NGN trouble administration across B2B and C2B interfaces Study Group 4

ITU-T Q.837.2-2007 同步数字体系(SDH).数据链路控制(DLC)网络层管理接口的使用案例描述和分析.4号研究组

This Recommendation specifies the requirements and analysis for the management interface between the element management system (EMS) and the network management system (NMS) of SDH-DLC network. This Recommendation follows the interface specification methodology described in [ITU-T M.3020].

Use case descriptions and analysis for SDH-DLC network level management interface Study Group 4

ANSI/TIA-41.290-E-2007 移动应用部分(MAP).系统内转接.附录A

Change segment numbering to include the tandem segments as well as the air time segments. DMH requires the number of segments in a call be saved in the audit record. This information must be passed from the serving system to the anchor system upon call disconnect.

Mobile Application Part (MAP) - Intersystem Handoff - Annex A

YD/T 1498-2006 数字蜂窝移动通信网.多媒体消息业务(MMS)接口技术要求

本标准规定了数字蜂窝移动通信网多媒体消息业务相关的功能实体之间接口的技术要求和协议要求。 本标准适用于数字蜂窝移动通信网多媒体消息业务中心设备、终端设备、多媒体消息增值应用服务器等多媒体业务相关实体的接口。

Interface Technical Requirements of MMS in Digital Cellular Mobile Telecommunication Network

YD/T 1462-2006 光传送网(OTN)接口

本标准规定了光传送网中光传送模块(OTM-n)和光网络的子网内/子网间的光传送网接口的技术要求，包括光传送体系(OTH)、支持多波长光网络的开销功能、帧结构、比特速率、用户信号的映射格式和光子网操作管理必需的开销功能。　　　　　　　　　　　　　　　本标准适用于光传送网中的用户—网络接口(UNI)和网络—网络接口(NNI)。

Interfaces for the optical transport network (OTN)

DIN EN 302190:2006 近场通信.接口和协议(NFCIP-1)

This European standard specifies requirements in the telecommunications sector.

Near Field Communication - Interface and Protocol (NFCIP-1) [ISO/IEC 18092 (2004) modified] (Endorsement of the English version EN 302190 V1.1.1 (2005-06) as German standard)

ITU-T J.210 SPANISH-2006 电缆调制解调器终端系统的下游无线电频率(RF)接口.9号研究组

The DOCSIS Rec.J.112 and [ITU-T J.122] definethe requirements for the two fundamental components that comprise a high-speed data-over-cable system: the cable modem (CM) and the cable modem termination system (CMTS). This Recommendation provides physical layer requirements for CMTS transmitters in the DOCSIS architecture. It applies to head-end components built according to the M-CMTS architecture ([ITU-T J.212] and [ITU-TJ.211]) as well as integrated CMTS systems.

Downstream RF interface for cable modem termination systems

ITU-T G.8112 SPANISH-2006 传输多协议标签交换(T-MPLS)层级的接口.15号研究组;包含勘误表1/9/2007

This Recommendation specifies the interfaces for the Transport MPLS (T-MPLS) hierarchy, in particular the: encapsulation of T-MPLS client signals into the T-MPLS characteristic information that will be present on T-MPLS NNI links in the transport network; encapsulation of T-MPLS characteristic information into the T-MPLS link frames that will be present on T-MPLS NNI links in the transport network; T-MPLS link frame format interworking when T-MPLS subnetworks with different link frame formats are interconnected; T-MPLS link frame format interworking when T-MPLS subnetworks with different link frame formats are interconnected; T-MPLS nested connection monitoring per hierarchy level within the transport network; T-MPLS OAM associated with nested connection monitoring in the transport network; encapsulation of in-band T-MPLS control plane information into the T-MPLS link frames that will be present on T-MPLS NNI links in the transport network. The T-MPLS network uses various server layer networks like OTH, SDH, PDH, ETH and RPR. The detailed requirements are specified in a number of ITU-T Recommendations, ANSI Standards, IEEE Standards and IETF RFC, which are referred to. This Recommendation specifies unicast LSPs; multicast LSPs are for further study. This Recommendation does not cover inter-operator control plane aspects of the T-MPLS NNI.

Interfaces for the Transport MPLS (T-MPLS) hierarchy Study Group 15; Incorporates Corrigendum 1/9/2007

ITU-T J.210 FRENCH-2006 电缆调制解调器终端系统的下游无线电频率(RF)接口.9号研究组

The DOCSIS Rec.J.112 and [ITU-T J.122] definethe requirements for the two fundamental components that comprise a high-speed data-over-cable system: the cable modem (CM) and the cable modem termination system (CMTS). This Recommendation provides physical layer requirements for CMTS transmitters in the DOCSIS architecture. It applies to head-end components built according to the M-CMTS architecture ([ITU-T J.212] and [ITU-TJ.211]) as well as integrated CMTS systems.

Downstream RF interface for cable modem termination systems Study Group 9

ITU-T G.959.1 NOTE-2006 光学传输网络物理层接口.ITU-T建议G.959.1勘误表1

Erratum 1 (11/2006) to ITU-T Recommendation G.959.1 (03/2006), Optical transport network physical layer interfaces

Optical transport network physical layer interfaces

ANSI/TIA-1062-2006 分组网关的1544 kbps速率接口要求

This document fills a recognized need in the telecommunications industry, brought about by the connecting of public and private networks using Voice over Internet Protocol (VoIP) gateways with 1544 kbps interfaces. It will be useful to anyone engaged in the manufacture of 1544 kbps packet-based gateway equipment and to those purchasing, operating, or using such equipment.

1544 kbps Interface Requirements for Packet-based Gateways

SANS 300175-1:2005 数字增强型无绳通信（DECT），公共接口（CI）第1部分：概述

Gives an introduction and overview of the complete Digital Enhanced Cordless Telecommunications (DECT) Common Interface (CI).

Digital Enhanced Cordless Telecommunications (DECT); Common Interface (CI) Part 1: Overview

SANS 300175-2:2005 数字增强型无绳通信（DECT），公共接口（CI）第2部分： 物理层 （PHL）

Gives an introduction and overview of the complete Digital Enhanced Cordless Telecommunications (DECT) Common Interface (CI), and specifies the physical channel arrangements.

Digital Enhanced Cordless Telecommunications (DECT); Common Interface (CI) Part 2: Physical Layer (PHL)

JIS X 9301:2005 信息技术.在客户机/服务器模式中数据库通信管理的移动工具用户接口

この規格は，MBTサーバとデータ交換可能なMBTクライアントが通信によってデータべースを管理するためのユーザィンタフェース機能を規定する。

Information technology -- User interfaces for mobile tools for management of database communications in a client-server model

SANS 103000-4-1:2005 接入和终端（AT）；模拟接入到公共网络；标准协调终端接口的建议注释．第4部分：CEC决定的信息．第1子部分：通用回路稳定状态要求

Provides guidance on the application of TBR 021 (SANS 336) and is therefore applicable to Terminal Equipment falling within the scope of TBR 21 (SANS 336). Deals with changes in the loop steady states requirement arising from the Commission Decision of 2

Access and Terminals (AT); Analogue Access to Public Network; Advisory Notes to Standards harmonizing terminal interface Part 4: Information arising from CEC decisions; Sub-part 1: General loop steady state requirements