The Advanced Message Queuing Protocol (AMQP 1) is an application layer protocol specification for asynchronous messaging.
高级消息队列协议（AMQP1）是一个异步消息传递所使用的应用层协议规范。
DL 476-92 power system real-time data communication application layer protocol.
DL 476—92电力系统实时数据通信应用层协议。
The purpose of this layer is to define the application layer protocol for the exchange of cellular subscriber information between networks.
这一层的主要用途是为了定义在网络间交换蜂窝网络用户信息的应用层协议。
This article focuses on the design of CAN network and CAN node hardware, software design, as well as CAN application layer protocol development.
本文着重讨论了CAN网络的设计和CAN节点的硬件、软件的设计以及CAN应用层协议的制定。
It analyses the information transported in application layer protocol and controls the forwarding of the information based on the filtering rules.
它对应用层协议中传输的信息进行分析，并根据过滤条件，控制信息的转发。
The forth part is about CAN bus network application layer protocol, which was invented independently, with the support of the SJA1000 bus controller.
第四部分主要介绍在SJA1000总线控制器支持下的，独立自主开发的CAN总线应用层协议。
This article provides the hardware structure of CAN Bus system, the software designing method and the making strategy of CAN application layer protocol in HEV.
给出了混合电动轿车CAN总线系统的硬件结构、软件设计方法，以及混合电动轿车CAN应用层协议的制定策略。
So in this paper, a simulation platform is set up to analyze the CAN protocol and design an application layer protocol based on SAEJ1939 with the knowledge of CAN.
本文即针对以上情况，通过构建协议分析和仿真平台，对CAN协议的各层规范进行分析，并且基于对CAN总线的认识，以混合动力轿车为实现对象，制定了基于SAEJ1939协议的应用层协议。
According to the typical application of the distributed control system in robot, the application layer protocol of CAN bus with corresponding software was presented.
结合分布式控制系统在机器人控制中的典型应用，设计了CAN应用层协议和相应的通信软件。
In order to control and monitor the dynamic system and other subsystems of an electric vehicle (ev) effectively, the monitor system and ev CAN bus application layer protocol are developed.
为了有效地监控电动汽车及各子系统，设计了电动汽车CAN总线的应用层协议和监控系统。
An error distribution of the controlled error is then determined based on a sync layer protocol and the detected error in the multimedia data is concealed based on an application layer protocol.
然后，根据同步层协议来确定所述受控错误的错误分布并根据应用层协议来隐匿所述多媒体数据中所检测到的错误。
Session Initiation protocol (SIP) is an important application layer protocol for NGN, which is based on the text, Characterized by the advantages of simplicity, flexibility and easy extensibility.
会话初始协议(SIP)是下一代网络重要的应用层协议，它基于文本，具有简单灵活、易于扩展的优点。
Session Initiation protocol (SIP) is an important application layer protocol for NGN, which is based on the text, Characterized by the advantages of simplicity, flexibility and easy extensibility.
会话初始协议(SIP)是下一代网络重要的应用层协议，它基于文本，具有简单灵活、易于扩展的优点。
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