A timing verification research on the general processor used for communication and network is written in this dissertation.
论文对一个用于通信和网络的通用通信处理器的时序验证进行了研究。
Using router architecture this paper compares the realization of diagram processing between communication processor and network processor.
从路由器的体系结构出发，对通信处理器和网络处理器实现报文处理作了比较。
Therefore, it is a most important and meaningful job to research the applications of a network processor in these fields such as communication, security.
因此，研究、探索网络处理器在通信、安全等领域的应用，就是一件十分重要而有意义的工作。
Application processor through the at command set and functionality with GPRS wireless communication module, in order to achieve the application of the network provides a bottom support.
应用处理器通过AT命令集与带gprs功能的无线通讯模块通信，为实现网络的应用提供了一个最底层的支持。
In this paper, the structure of the network processor and the communication of the models were introduced, especially, for the detail of the key model, Microengine.
本文首先从结构上说明了网络处理器的构成，每个模块的功能和作用，以及模块之间的通信方式，并对其中的关键部件“微引擎”进行了详细的说明。
This paper designs a simulation system for interconnection network communication performance of multi-processor named SINOMP.
研究并设计实现了并行机互联网络通信性能模拟系统——SINOMP。
This paper designs a simulation system for interconnection network communication performance of multi-processor named SINOMP.
研究并设计实现了并行机互联网络通信性能模拟系统——SINOMP。
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