The-Totem-Single-Ring-Ordering-and-Membership-Protocol.pdf

1_IHI0022D_amba_axi_protocol_spec已阅.pdf

Reach-System-Communication-Protocol-V1.11.0，Blueprint_Lab 阿尔法3机械臂的开发资料，2w购买的

The Controller Area Network (CAN) is a serial communications protocol which efficiently supports distributed realtime control with a very high level of security. Its domain of application ranges from high speed networks to low cost multiplex wiring. In automotive electronics, engine control units, sensors, anti-skid-systems, etc. are connected using CAN with bitrates up to 1 Mbit/s. At the same time it is cost effective to build into vehicle body electronics, e.g. lamp clusters, electric windows etc. to replace the wiring harness otherwise required. The intention of this specification is to achieve compatibility between any two CAN implementations. Compatibility, however, has different aspects regarding e.g. electrical features and the interpretation of data to be transferred. To achieve design transparency and implementation flexibility CAN has been subdivided into different layers. • the (CAN-) object layer • the (CAN-) transfer layer • the physical layer The object layer and the transfer layer comprise all services and functions of the data link layer defined by the ISO/OSI model. The scope of the object layer includes • finding which messages are to be transmitted • deciding which messages received by the transfer layer are actually to be used, • providing an interface to the application layer related hardware. There is much freedom in defining object handling. The scope of the transfer layer mainly is the transfer protocol, i.e. controlling the framing, performing arbitration, error checking, error signalling and fault confinement. Within the transfer layer it is decided whether the bus is free for starting a new transmission or whether a reception is just starting. Also some general features of the bit timing are regarded as part of the transfer layer. It is in the

protocol buffer ( 中英文使用手册) 已经检查过的了，赚点积分请见谅，评论过后积分就回来的了！

节点协议分析器 基于网络的 rs-232 协议分析器 详细说明 假设您有两个通过 RS-232 连接的设备，并且您已经为所述连接创建了一个从 DB-9 到 DB-25 的自定义适配器。 要创建此适配器，您使用了面包板并展开并标记了引脚，如下所示： DB-9 to PC ----> NAME: CTS RTS DSR GND DTR TXD RXD PIN#: 8 7 6 5 4 3 2 | | | | | | | 4 5 20 7 6 3 2 RTS CTS DTR GND DSR RXD TXD <---- DB-25 to Device 请注意，在引脚 3 上，PC 的 TXD 正在向设备的 RXD 发送位。 针 2 反之亦然。 您

蓝牙数据分析工具，在分析蓝牙协议的过程中，基本都会用到

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AXI4-Stream 协议

EAP（Extensible Authentication Protocol），可扩展认证协议，是一种普遍使用的支持多种认证方法的认证框架协议，主要用于网络接入认证。 该协议一般运行在数据链路层上，即可以直接运行于PPP或者IEEE 802之上，不必依赖于IP。EAP可应用于无线、有线网络中。 本书详细介绍了EAP标准，对于从事dot1x协议认证的开发人员是必备的参考资料。