网络处理器片非常适合性厌食症患者。
随着网络处理器的进展，答案是肯定的。
网络处理器进行到数据库服务器的客户机或用户连接。
Network processors make client or user connections to database server.
解决方法对于网络处理器(NP)同样适用。
It then gives solutions to these issues, which may also work for the Network Processor (NP).
基于网络处理器的通信代理实现是其应用之一。
The implementation of communication agent based on it is a typical example.
网络处理器是路由器中进行报文转发处理的关键设备。
Network processors are the key devices to do packets forwarding in the routers.
本文的工作对网络处理器的设计具有重要的指导意义。
The work in this dissertation can serve as an important guideline for the design of NPs.
如何充分利用网络处理器软件在线编程能力，支持软件升级。
The other is how to make advantage of the network processor's software online programming ability to support software update online.
网络处理器是一种可编程处理器，用于高效的处理网络中的数据流。
Network Processor is a programmable processor, which can be used in disposing the data through network.
把网络处理器应用于网络测试领域，设计和实现了一个网络测试系统。
We applied the network processor into the network test field, and designed and implemented a net - work test system.
网络处理器（NPU）可以从任何入局通信接口以任何速率获取参考频率。
The NPU takes the reference frequency from any incoming traffic interface at any speed.
对于企业和服务供应商而言，采用网络处理器保证不会使未成熟产品被淘汰。
For enterprises and service providers, the use of network processors ensures against premature product obsolescence.
结合BUPT-NST实例的具体实现，指明了网络处理器又一新的应用领域。
The implementation of the concrete case of BUPT-NST lights up a new application field of Network Processor.
在CPU和ASIC应用有长处但存在不足的基础上，产生了网络处理器技术。
Based on the practical advantages and disadvantages of CPU and ASIC, the network processor technology was issued.
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。
Using router architecture this paper compares the realization of diagram processing between communication processor and network processor.
它将极大的简化网络处理器的软件开发，将网络处理器的开发提高到高级语言的范畴来。
It has simplified network processor development and enhanced the network processor development to the higher language category.
为了实现高速网络环境下的数据采集，本论文引入了网络处理器来应对网络带宽的冲击。
In order to handle much higher speed network capture requirement, the thesis introduced a new capture technique based on network Processor.
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。
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.
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。
Therefore, it is a most important and meaningful job to research the applications of a network processor in these fields such as communication, security.
另外在设计中还充分考虑了代码的可重用性问题，这对网络处理器的应用具有非常重要的意义。
Otherwise, the code reusability is also considered fully, which has important significance for the use of network processors.
针对高速环境下转发决策困难的问题，本文提出一种由多个网络处理器组成的并行转发引擎结构。
In order to make forwarding decision at line rate in high speed networks, this dissertation presents a parallel forwarding engine comprised of several network processors.
本文以网络处理器为硬件核心，结合提出的并行包分类算法，设计和实现了一个包分类引擎系统。
This paper designs and implements an engine system of packet classification applying the parallel classifying algorithm, in which network processor is the hardware core.
网络处理器(NP)是为网络应用领域设计的专用指令处理器，同时又是一块软件可编程的芯片。
Network processor (NP) is special instructions processor designed for network applications, at the same time, it is a piece of software programmable chip.
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。
However, the complexity of its architecture makes development more difficult, so software design for multi-core network processor is in exploration phase.
网络处理器通过把RISC处理器的可编程性与ASIC的性能结合起来，克服这两种方法的局限性。
Network processors overcome the limitations of these two approaches by combining the programmability of RISC processors with the performance of ASICs.
结果表明，以网络处理器为基础的网络核心设备具有很高的数据包转发处理速度和灵活的可编程特性。
It has been proved that network core devices using network processor can provide high-speed packets processing and flexible programming.
可编程的网络处理器不但提供了以线速处理数据包的高性能的硬件功能，同时还具备极大的系统灵活性。
The programmable network processor provides not only the hardware function of processing data in line speed but also has tremendous system flexibility.
可编程的网络处理器不但提供了以线速处理数据包的高性能的硬件功能，同时还具备极大的系统灵活性。
Programmable network processors provide system flexibility while delivering the high-performance hardware functions required to process packets at wire speed.
接着分析了当前入侵检测面临的问题，为了克服这些问题，提出了基于网络处理器的网络入侵检测的方案。
Then, we would discuss current problems of intrusion detection. In order to overcome these problems, the solution in this article should be put forward.
接着分析了当前入侵检测面临的问题，为了克服这些问题，提出了基于网络处理器的网络入侵检测的方案。
Then, we would discuss current problems of intrusion detection. In order to overcome these problems, the solution in this article should be put forward.
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