This thesis aims to solve the problem that the network processor architecture faces and research the method of designing network processor.
本文针对网络处理器体系结构面临的问题，研究网络处理器的设计方法。
An architecture supporting parallel deployment and execution of network services was designed based on network processors and an IXP2400 processor prototype was developed.
设计了并行部署与处理网络服务的系统硬件体系结构，实现了基于IXP2400处理器的原型系统。
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。
However, the complexity of its architecture makes development more difficult, so software design for multi-core network processor is in exploration phase.
但其多核架构的复杂性也使得开发难度较大，因此针对多核网络处理器的软件设计在逐步的探索中。
The new architecture adopts the network processor to collect and analyse the data in the low layer of network., and to establish a prototype system.
新的体系结构采用网络处理器在网络底层实现数据的采集与分析，并建立了一个原型系统。
A design method for control network nodes based on CPLD and multi-processor architecture is proposed in this paper.
论文提出了一种基于CPLD和多处理器结构的控制网络节点设计方法。
Based on the multi-processor router prototype, the performance results of the architecture under the real network condition are collected to confirm the validity of the model.
在多处理器分布式路由器样机上，采集了真实网络环境的性能数据。
Based on the multi-processor router prototype, the performance results of the architecture under the real network condition are collected to confirm the validity of the model.
在多处理器分布式路由器样机上，采集了真实网络环境的性能数据。
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