共找到 35 条与 embedded synchronization clock 相关的标准，共 3 页
This part of IEC 61883 describes a protocol for the transmission of audio and music data employing IEEE 1394 and specifies essential requirements for the application of the protocol. This protocol can be applied to all modules or devices that have any kind of audio and/or music data processing@ generation and conversion function blocks. This standard deals only with the transmission of audio and music data. The control@ status and machine-readable description of these modules or devices should be defined outside of this standard according to each application area.
Consumer audio/video equipment - Digital interface - Part 6: Audio and music data transmission protocol
描述了一个使用IEEE 1394传输音频和音乐数据的协议，并规定了该协议在各种模块或美利体育官网首页网址上的基本要求。此标准仅涉及音频和音乐数据的传输，控制、状态和机器可读描述应根据每个应用领域定义。
Consumer audio/video equipment. Digital interface. Audio and music data transmission protocol
This part of IEC 62878 describes the design guide of device embedded substrates. The design guide of device embedded substrate is essentially the same as that of various electronic circuit boards. This part of IEC 62878 enables a thorough understanding of circuit design@ structure design@ board design@ board manufacturing@ jisso (assembly processes) and tests of products. This part of IEC 62878 is applicable to device embedded substrates fabricated by use of organic base material@ which include for example active or passive devices@ discrete components formed in the fabrication process of electronic wiring board@ and sheet formed components. The IEC 62878 series neither applies to the re-distribution layer (RDL) nor to the electronic modules defined as an M-type business model in IEC 62421.
Substrat avec appareil(s) intégré(s) – Partie 2-3: Directives – Guide de conception (Edition 1.0)
Grapbical symbols Electric docks, time recorders
This part of IEC 62878 describes the test element group devices useful when measuring basic properties of device embedded substrates. This part of IEC 62878 is applicable to device embedded substrates fabricated by use of organic base material@ which include for example active or passive devices@ discrete components formed in the fabrication process of electronic wiring board@ and sheet formed components. The IEC 62878 series neither applies to the re-distribution layer (RDL) nor to the electronic modules defined as an M-type business model in IEC 62421.
Substrat avec appareil(s) intégré(s) – Partie 2-4: Directives – Groupes d'éléments d'essai (TEG) (Edition 1.0)
时间同步标准适用于收集、存储、分发和处理时间敏感数据的工厂组件。工厂组件包括用于制造美利体育官网首页网址、维护美利体育官网首页网址、提供工艺资源、配置工厂、控制工艺的应用程序。特别是，它包括用于制造的美利体育官网首页网址。注意：本标准不旨在解决与其使用相关的任何安全问题。使用本标准的人员有责任建立适当的安全和健康实践，并确定监管或其他限制的适用性，然后才能使用。
SPECIFICATION FOR TIME SYNCHRONIZATION AND DEFINITION OF THE TS-CLOCK OBJECT
Embedded financial transctional IC card reader (Embedded FINREAD) - Part 2 : Functional Architecture and Technical Requirements
The purpose of this document is to describe the inclusion (embedding) of the functionality of a FINREAD IC card reader as specified within CEN/ISSS CWA 14174 into a range of hosting devices such as mobile phones, set-top boxes or PDAs. This document outlines an abstract overview of the main characteristics of such a reader, and with this concept in mind, provides an analysis of the technology as well as the architecture of such hosting device. The analysis will concentrate on:. the main characteristics and the environment of each generic device;. important and relevant standards or existing initiatives;. expected evolution of devices and standards;. the tec
Embedded financial transactional IC card reader (Embedded FINREAD) - Part 2: Functional Architecture and Technical Requirements
Mechanische Bauweisen fuer elektronische Einrichtungen - Masse der 482@6-mm-(19-in-)Bauweise - Teil 109: Masse von Einschueben fuer eingebettete Datenverarbeitung (IEC 48D/561/CD:2014)
The “Embedded FINREAD Functional Architecture and Technical Requirements” distinguish three different Java platforms as being the target of the present specifications. This document describes the technical architecture and APIs for CLDC/MIDP, DVB-MHP and STIP. However according to the Embedded FINREAD Functional and Security Specifications other Java platforms compliant with Embedded FINREAD functional and security requirements may also be considered. The definition of the technical architecture and APIs for such platforms is out of the scope of these specifications.The APIs defined in this document are application-level APIs as opposed to core libraries an
Embedded financial transactional IC card reader (embedded FINREAD) - Part 4: Technical architecture and definition of APIs (Application Programming Interface)
SS-ISO 14229-8:2020 道路车辆 统一诊断服务（UDS） 第8部分：通过Clock eXtension外围接口的UDS（UDSonCXPI）（ISO 14229-8:2020 IDT）
This document specifies the implementation of a common set of unified diagnostic services (UDS) on clock extension peripheral interface networks in road vehicles. The UDSonCXPI diagnostics defines methods to implement diagnostic data transfer between a client and the CXPI slave nodes via the CXPI master node. This document specifies support of three different diagnostic classes for CXPI slave nodes. This document references ISO 14229-1 and ISO 14229-2 and specifies implementation requirements of the UDSonCXPI communication protocol for mainly HMI (Human Machine Interface), but not limited to, electric/electronic systems of road vehicles. UDSonCXPI defines how to implement the diagnostic data transfer between a client and CXPI slave nodes via CXPI master node. NOTE UDSonCXPI does not specify any requirement for the in-vehicle CXPI bus architecture. This document refers to information contained in ISO 14229-1, ISO 14229-2 and ISO 20794 (all parts). This document does not include any redundant information of the above-mentioned documents. It focuses on — additional requirements specific to the implementation of UDSonCXPI network, and — specific restrictions in the implementation of UDSonCXPI network.
Road vehicles - Unified diagnostic services (UDS) - Part 8: UDS on Clock eXtension Peripheral Interface (UDSonCXPI) (ISO 14229-8:2020, IDT)
本部分IEC 870-5适用于采用编码位串行数据传输的远程控制系统，用于监视和控制地理上分散的过程。它定义了执行远程控制系统标准过程的基本应用功能。基本应用功能是位于ISO开放通信系统参考模型第7层（应用层）之上的应用过程。所定义的应用过程利用应用层的标准服务。本部分的规定作为不同配套标准的基础标准，这些配套标准将针对特定的远程控制系统任务进行详细阐述。每个配套标准可以使用所定义功能的具体选择。不在本部分中但定义远程控制系统配套标准所需的基本应用功能，应在这些配套标准中规定。只有配套标准的定义才能实现兼容远程控制系统美利体育官网首页网址之间的互操作性。本部分规定的过程中使用的应用服务数据单元（ASDU）的一般结构在IEC 870-5-3中定义。本部分规定的标准与IEC 870-5第1至4节中定义的标准兼容。
Telecontrol equipment and systems — Part 5 : Transmission protocols — Section 5 Basic application functions
FC-PH-3描述了ANSI X3.230, FC-PH和ANSI X3.297, FC-PH-2的增强内容，是对FC-PH和FC-PH-2文档的补充。 本文件是对FC-PH和FC-PH-2标准的扩展，描述了一组超出FC-PH和FC-PH-2的高级功能，以支持更高级和专业的应用。
American National Standard for Information Technology – Fibre Channel – Physical and Signalling Interface-3 (FC-PH-3)
本文件旨在检查当前IP网络中可用的同步方法所达到的精度是否足以确保最终用户对特定多媒体服务的服务质量期望得到满足。本文件将讨论当所有相关媒体使用以下方式提供时，与流间同步相关的问题：? 端到端的IP网络。? TDM和IP网络的组合。将涵盖但不限于以下服务：? 视频会议：使用视频和语音。? 白板：使用数据和语音。当多媒体服务在基于IP的网络中提供时，播放机制涉及在终端节点对不同媒体进行解复用，并随后根据媒体携带的定时信息进行媒体播放。根据此定时信息，一种媒体可能先于另一种媒体，导致用户不满意。对于每种媒体，不同数据包之间的定时关系（流内同步）通过在最终用户处的适当呈现得以保持，其中播放缓冲区管理起着关键作用。播放缓冲区的大小可以是固定值，也可以基于使用时间戳的单向延迟测量自适应设置。本文件概述了通过时间戳和其他可用于基于IP的实时应用的同步方法，以及这些方法对最终用户体验的服务性能的影响。然而，时间戳的实际实现不在本文件的范围之内。检查流间同步的参考点被认为是所涉及的终端美利体育官网首页网址的接口处，播放缓冲区通常位于此处。
Speech Processing, Transmission and Quality Aspects (STQ); Synchronization in IP Networks - Methods and User Perception
本技术报告的目的是检查IP网络中当前可用的同步方法所能达到的精度是否足以确保特定多媒体服务满足最终用户的服务质量期望。本文件将讨论当所有相关媒体均通过以下方式提供时，与流间同步相关的问题： ? 端到端的IP网络。 ? TDM和IP网络的组合。 涵盖的服务包括但不限于： ? 视频会议：使用视频和语音。 ? 电子白板：使用数据和语音。 当在基于IP的网络上提供多媒体服务时，播放机制涉及在终端节点对不同的媒体进行解复用，并根据媒体携带的定时信息随后播放媒体。根据此定时信息，一种媒体可能先于另一种媒体，导致用户不满。对于每种媒体，不同数据包之间的定时关系（流内同步）通过最终用户的适当呈现来保持，其中播放缓冲区管理起着至关重要的作用。播放缓冲区的大小可以是固定值，也可以基于使用时间戳的单程延迟测量自适应设置。 本文件概述了基于时间戳的同步方法以及IP基于实时应用可用的其他手段，以及这些方法对最终用户体验到的服务性能的影响。然而，时间戳的实际实施不在本文件的范围内。将检查流间同步的参考点被认为是涉及终端美利体育官网首页网址的接口，通常播放缓冲区位于此处。
Speech Processing, Transmission and Quality Aspects (STQ); Synchronization in IP Networks - Methods and User Perception (V1.1.1)
