本文详细讨论了一种基于RS- 485总线的通信协议，并用有限状态机模型对其可靠性做定性分析。
In this paper, a communication protocol based on RS-485 bus is discussed in detail, and the qualitative analysis of its reliability using the finite state machine model is given.
分析结果显示，相比于使用普通链路状态协议的拓扑发现策略，该策略消除了将近50%的拓扑发现控制负载。
Analysis result shows over 50% of control overload of topology discovery can be reduced compared to the strategy using normal link state protocols.
对GVRP协议的组成结构、状态机工作原理及定时器作了深入分析和验证，并改进了GVRP协议的一些细节。
The architecture, the state machine and the timers of GVRP are analyzed deeply. And some details of GVRP are improved for high-efficiency.
文章简述了SSLv3.0的分层结构、协议状态、握手协议和加密参数计算，并对其安全性做出分析。
This article briefly states the layer structure, the states, handshake protocol and cryptographic calculation of SSL V3.0, and analyses its security.
该文在对在线证书状态协议进行详细分析的基础上，对协议进行了改进以提高效率，并对基于该协议的证书应用提出了新的实现模式。
In this paper Online Certificate Status Protocol-OCSP is analyzed and improved to promote efficiency. And an new implementation model of application on OCSP is presented.
根据分析结果，论文中提出了对于SEND协议及其扩展的实现的概要设计，分别描述了主机节点以及路由器节点上的系统框图以及状态转移图。
Then, by using the results of the analyses, the preliminary design of the implementation of SEND protocol and its extension on a LINUX system is proposed.
其次，对SIP这个NGN软交换的核心协议进行深入的研究，分析SIP消息包的结构，理解SIP协议中规定的通信连接流程和状态机维护过程，建立了一个遵循协议规定的SIP协议栈模型。
Soft Switch and SIP that is mainstream application protocol in NGN are studied. The structure of SIP message and process of building connection are introduced, a SIP stack model is set to program.
通信协议转换逻辑上行方向的系统分析及体系结构设计，包括上行接收状态机、发送状态机、信元内字节位置调整机制等的设计；
The architecture and logical design of ingress process module, which includes receive control FSM, send control FSM and cell position adjustment logic;
通信协议转换逻辑上行方向的系统分析及体系结构设计，包括上行接收状态机、发送状态机、信元内字节位置调整机制等的设计；
The architecture and logical design of ingress process module, which includes receive control FSM, send control FSM and cell position adjustment logic;
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