L79 计算机开放与系统互连 标准查询与下载

ISO/IEC 9594-9:2014 信息技术. 开放系统互连. 目录. 第9部分: 复制

This Recommendation | International Standard specifies a shadow service which Directory system agents (DSAs) may use to replicate Directory information. The service allows Directory information to be replicated among DSAs to improve service to Directory users. The shadowed information is updated,using the defined protocol,thereby improving the service provided to users of the Directory.

Information technology - Open Systems Interconnection - The Directory - Part 9: Replication

ISO/IEC 9594-1:2014 信息技术. 开放系统互连. 目录. 第1部分: 概念, 模型和服务综述

The Directory provides the directory capabilities required by OSI applications,OSI management processes,other OSI layer entities,and telecommunications services. Among the capabilities which it provides are those of "user-friendly naming",whereby objects can be referred to by names which are suitable for citing by human users (though not all objects need have user-friendly names); and "name-to-address mapping" which allows the binding between objects and their locations to be dynamic. The latter capability allows OSI networks,for example,to be "self-configuring" in the sense that addition,removal and the changes of object location do not affect OSI network operation.

Information technology - Open Systems Interconnection - The Directory - Part 1: Overview of concepts, models and services

ISO/IEC 9594-6:2014 信息技术. 开放系统互连. 目录. 第6部分: 选择属性类型

This Recommendation |International Standard defines a number of attribute types and matching rules which may be found useful across a range of applications of the Directory.

Information technology - Open Systems Interconnection - The Directory - Part 6: Selected attribute types

DB44/T 1292-2014 白色家电智能控制网络 通信协议

本标准规定了白色家电智能控制网络通信协议的术语和定义、缩略语、体系结构和参考模型、433MHz无线通信协议及双绞线传输通信协议。 本标准适用于家庭或类似场所的冰箱、房间空气调节器、洗衣机、电饭煲、消毒柜、吸油烟机、风扇、加湿器、热水器、微波炉、电暖器等家电所构建的网络。

White goods intelligent control network communication protocol

NF Z60-000:2013 信息技术. 开放系统互连. OSI文本中组织名称的法语注册程序

Information technology - Open Systems Interconnection - Procedures for registration in France of names of organisations in the OSI context

YD/T 2586-2013 域名服务系统安全扩展（DNSSec）协议和实现要求

Domain Name Service System Security Extensions (DNSSec) Protocol and Implementation Requirements

ITU-T Y.1367 AMD 1-2013 主参考时钟的定时特性 修改件1 (研究组15)

Amendment 1 to Recommendation ITU-T G.8272/Y.1367 (2012) covers the case where the PRTC is integrated with a telecom grand master (T-GM) clock, therefore several clauses have been amended to reflect this.

Timing characteristics of primary reference time clocks Amendment 1 (Study Group 15)

ISO/IEC 9594-8:2008/Cor 3:2013 信息技术.开放系统互连.地址录:公钥和属性证书框架.技术勘误表3

Information technology - Open Systems Interconnection - The Directory: Public-key and attribute certificate frameworks; Technical Corrigendum 3

ITU-T H.248.3-2013 网关控制协议:用户接口元素和行为包.16号研究组

This Recommendation defines a package that extends the applicability of the ITU-T H.248.1 Gateway control protocol. Specifically, the packages in Recommendation ITU-T H.248.3 define a framework for specifying capabilities associated with user interface elements, such as text display, keys, dynamically labelled keys, indicators and alphanumeric input. In addition, specific extension packages for telephone keypads and telephone function keys are defined.

Gateway control protocol: User interface elements and actions packages (Study Group 16)

ITU-T H.248.8-2013 网关控制协议:错误代码和业务变更原因描述.16号研究组

This Recommendation defines the error codes that are used in the core ITU-T H.248.1 protocol. It lists the error code number associated with the error code name. It then provides a definition of when the error code is to be used and if the error code is defined in a package. It also provides an indication of what text may be included in the error text descriptor to allow further interpretation of the error code. Clause 4.2 provides these details. The normal actions for failed transactions and commands apply as specified in clause 8 of [ITU-T H.248.1]. Packages may define error codes not documented in this Recommendation. The IANA registry should be consulted for the complete list of error codes.

Gateway control protocol: Error code and service change reason description (Study Group 16)

ITU-T H.248.57-2013 网关控制协议:实时传输协议(RTP)控制协议包.16号研究组

This Recommendation contains functionality to describe the use of the real-time transport protocol control protocol (RTCP) in ITU-T H.248-controlled media gateways. RTCP is used for instance to monitor the quality of service and to convey information about the participants in an on-going real-time transport protocol (RTP) session.

Gateway control protocol: RTP control protocol package Study Group 16

ITU-T H.248.41-2013 网关控制协议:IP域连接包.16号研究组

This Recommendation defines packages and mechanisms for supporting the interconnection of a packet network with another network. The packages defined by this Recommendation are only applicable to IP-based ITU-T H.248 terminations. The packages are therefore applicable for: IP-to-IP ITU-T H.248 media gateways, and IP-to-non-IP ITU-T H.248 media gateways.

Gateway control protocol: IP domain connection package (Study Group 16)

ITU-T H.248.64-2013 网关控制协议:IP路由器包.16号研究组

Recommendation ITU-T H.248.64 has in scope ITU-T H.248 media gateways with connection models using only IP-based ITU-T H.248 streams/terminations. The different modes of IP packet forwarding (in the ITU-T H.248 bearer path) are described. This Recommendation further defines an ITU-T H.248 package for discriminating such modes and protocol elements for the so-called IP router forwarding method. Further ITU-T H.248 packages provide capabilities for service enhanced packet forwarding with respect to the support of additional network address translation.

Gateway control protocol: IP router packages Study Group 16

ITU-T H.248.2-2013 网关控制协议:传真,文本会话和呼叫辨别包.16号研究组

This Recommendation describes packages for the ITU-T H.248.1 gateway protocol related to data or telematic services. With terminations implementing these packages, a gateway is expected to handle initial modem negotiations, and the communication in voice, fax and text telephone call types.

Gateway control protocol: Facsimile, text conversation and call discrimination packages (Study Group 16)

ITU-T H.248.81 AMD 1-2013 (预发布)网关控制协议:国际紧急优选方案(IEPS)呼叫指示器和ITU-T H.248规范中优先权指示符的使用指南.修改件1:新附录II,添加附件与修改件

[ITU-T H.248.1] defines the international emergency preference scheme (IEPS) call indicator and priority indicator in support of priority services, e.g., the emergency telecommunications service (ETS) and the multimedia priority service (MPS). Use of the IEPS call indicator and priority indicator, as defined in [ITU-T H.248.1], satisfies the ETS requirements of indicating an ETS context and carrying the priority level.

Gateway control protocol: Guidelines on the use of the international emergency preference scheme (IEPS) call indicator and priority indicator in ITU-T H.248 profiles Amendment 1: New Appendix II, plus additions and corrections (Study Group 16)

ITU-T H.248.25-2013 网关控制协议:基本随路信令(CAS)包.16号研究组

Recommendation ITU-T H.248.25 defines basic channel associated signalling (CAS) and R1 packages and supplemental CAS packages that, in association with the ITU-T H.248 Protocol, can be used to control a media gateway (MG) from an external media gateway controller (MGC). This revision adds a new read-only property containing the current CAS state of the termination, to allow the MGC to resynchronize itself in the event it loses track of this state. This revision incorporates an update to the optionality of the "Pulse off" and "Pulse On" events.

Gateway control protocol: Basic CAS packages (Study Group 16)

ITU-T H.248.23-2013 网关控制协议:增强型报警包.16号研究组

This Recommendation defines two packages that provide enhanced alerting and data transfer capabilities for [ITU-T H.248.1]. The support of these packages is optional.There is a direct mapping between the alert/ri pattern parameter, alert/cw pattern parameter, and to the andisp/dwa pattern parameter. Ringing patterns and call waiting patterns are paired to allow for distinctive alerting sets. In expanding this parameter in the future, it would be desirable to expand the alert/ri, alert/cw, and andisp/dwa signals together, maintaining the distinctive pattern pairings. This will continue to allow the andisp/dwa signal to have a definition independent of the alerting method, linking it only to the alerting style (pattern).

Gateway control protocol: Enhanced Alerting packages (Study Group 16)

ITU-T H.248.26-2013 网关控制协议:增强型模拟用户线包.16号研究组

Recommendation ITU-T H.248.26 defines several packages that provide support for extended line supervision and metering analogue lines capabilities for Recommendation ITU-T H.248.1. This version adds a phased metering signal suitable for use with complex metering scenarios that are beyond the capability of the metering signals already present in the package. It also introduces a new package to perform metering pulse detection by media gateways, and updates all the packages in this Recommendation to conform to the new packages template. This revision incorporates updates to the default behaviour of the "Pulse Repetition Interval", "Burst Pulse Count" and "Pulse Repetition Interval" parameters.

Gateway control protocol: Enhanced analogue lines packages (Study Group 16)

ITU-T H.248.82-2013 网关控制协议:支持显示拥塞指示.16号研究组

Recommendation ITU-T H.248.82 defines a package to allow ITU-T H.248 controlled media gateways to support explicit congestion notification (ECN). ECN is a mechanism to provide indications of incipient congestion affecting a Real-Time Protocol (RTP) stream to a receiver and, usually, to a sender. ECN when used with an RTP stream over UDP uses the RTP control protocol to provide feedback of ECN congestion markings to an RTP sender. The mechanism allows senders and/or receivers to react in order to reduce congestion in real-time communications. This Recommendation only describes the use of ECN in RTP over UDP streams.

Gateway control protocol: Explicit congestion notification support (Study Group 16)

ITU-T H.248.36-2013 网关控制协议:暂悬终端检测包.16号研究组

This package is used to determine potential information mismatch in the record of Context and Termination identities between media gateway controllers and media gateways for individual terminations, not the MG as a whole (e.g., root termination). It can be applied in such situations as status synchronization of call and bearer, garbage collection for hanging resources, re-synchronization after short disconnection, etc., and cannot be applied in such situations as media inactivity detection, idle bearer detection, re-synchronization after long disconnection or system reboot, auditing for hanging resources, etc. It also offers guidance on the action to take once a potential mismatch is detected.

Gateway control protocol: Hanging Termination Detection package (Study Group 16)