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   线速处理 在 电信技术 分类中 的翻译结果: 查询用时:0.704秒
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线速处理
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  “线速处理”译为未确定词的双语例句
    This paper analyzes the iuput and output processing flow in the 10G LAN convergence interface board, realizes line speed disposal of 10G with pipeline processing architecture, and realizes a high speed table lookup pipeline by "FPGA+TCAM+SRAM" which can implement the lookup speed at 100 million searches per second.
    (?) 分析10GLAN汇聚接口板FPGA的输入、输出处理流程,采用流水线技术实现了输入、输出的10G线速处理,并采用FPGA+TCAM+SRAM方式实现输出查表,达到了100MSPS的查找速度。
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    Processor hierarchy are used for guaranty that bottom hierarchy can provide line speed and high hierarchy can have enough cycles to process data needed a large amount of transaction times.
    分层处理主要是为了能在底层实现线速处理而同时在高层又能以足够的周期来处理需要占用大量处理时间的数据流。
短句来源
    Based on network protocol processing, NP is a new type of RISC processor with special architectural features that are optimized to perform packet-processing functions. This type of processor has emerged to cope with the ever-changing networking applications that are becoming increasingly complex, and will be the core component of new types of backbone devices such as routers and switches.
    网络处理器是一种全新的基于网络协议处理的可编程RISC处理器,作为今后网络主干设备如交换机、路由器中的核心部件,它结合了通用处理器的高灵活性和专用包处理器芯片的高性能特征,针对网络协议处理进行专门的优化设计,达到网络IP包的线速处理以及越来越复杂的网络应用要求。
短句来源
    Besides we deduct the CRC-32 implement circuit mathematically, which has the line-speed calculation capacity. So we can clear the two obstacles to implement LC-ATM interface.
    本文还推导了具有线速处理能力的计算CRC-32的实现电路,成功解决了LC-ATM接口卡硬件实现上的难题。
短句来源
    Also in the rapid growing broadband IP network, such as SONET, the data queueing management is widely used on dealing with huge traffic streams and different service classes in a wire speed.
    同时伴随着SONET 等这些宽带IP 网络的应用,对庞大的数据和流量类型进行线速处理成为迫切的需求,传统的数据队列管理技术已经不能满足需求。
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  line-speed processing
The 3 performance target was an operating frequency of 200 MHz, sufficient for achieving line-speed processing at 2.5 Gbps.
      
  line-speed processing
The 3 performance target was an operating frequency of 200 MHz, sufficient for achieving line-speed processing at 2.5 Gbps.
      


The fast development of internet and the need of line speed intelligent processing have led to the appearance of network processor .The programmable network processor provides not only the hardware function of processing data in line speed but also has tremendous system flexibility . According to this trend, this paper analyzes the state of the IXP1200 in work and summarizes a whole flow of sending and receiving. It would make the developer know the chip in detail, and can extract the working potential of...

The fast development of internet and the need of line speed intelligent processing have led to the appearance of network processor .The programmable network processor provides not only the hardware function of processing data in line speed but also has tremendous system flexibility . According to this trend, this paper analyzes the state of the IXP1200 in work and summarizes a whole flow of sending and receiving. It would make the developer know the chip in detail, and can extract the working potential of IXP1200.

网络应用的飞速发展和对线速智能化处理的需求导致了网络处理器的出现。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。文中结合当前网络处理器的发展趋势,分析了IXP1200网络处理器收发包过程中芯片的时序及状态,整理出了完整的收发包流程,便于开发者了解并充分挖掘IXP1200的工作潜力。

Line-speed processing is the vital performance requirement of core router.In the hardware design of ATM line interface,cal-culating residue at G bps line-speed is implemented.Implementation of calculating residue at line-speed is studied.With the simplicity of calculating residue of 2,the dividend is segmented.And combining with the recursion looking up technology,a universal segment recursion looking up mechanism is presented,which is for calculating residue of the number isn't 2 to solve the problem of calculating...

Line-speed processing is the vital performance requirement of core router.In the hardware design of ATM line interface,cal-culating residue at G bps line-speed is implemented.Implementation of calculating residue at line-speed is studied.With the simplicity of calculating residue of 2,the dividend is segmented.And combining with the recursion looking up technology,a universal segment recursion looking up mechanism is presented,which is for calculating residue of the number isn't 2 to solve the problem of calculating residue at G bps line-speed.The scenario has been applied in the IPv6 core router.

线速处理是核心路由器的关键性能需求,在ATM线路接口的硬件设计中,需要进行G比特级的线速取余运算。在对线速取余的实现进行了研究后,利用对2取余的简便性,将被除数进行分段,同时结合递归查表的方式,提出一种具有一般性的对非2取余的分段式递归查表机制,解决了G比特级线速取余的问题,并在IPv6核心路由器中得到了应用。

>=With the improvements of technology and the increasing users' requirement to network bandwidth, the 10G network has gained wide usage. In the 10G environment, the network equipments must forward packets and provide QoS service at wire-speed. This requires the 10G network equipments have the ability to lookup at wire-speed. In order to address the problem, the Harbour Networks provides its solution. In the 10G hardware platform, based on TCAM+FPGA+ASIC, the 10G network equipments of the Harbour Networks can...

>=With the improvements of technology and the increasing users' requirement to network bandwidth, the 10G network has gained wide usage. In the 10G environment, the network equipments must forward packets and provide QoS service at wire-speed. This requires the 10G network equipments have the ability to lookup at wire-speed. In order to address the problem, the Harbour Networks provides its solution. In the 10G hardware platform, based on TCAM+FPGA+ASIC, the 10G network equipments of the Harbour Networks can look up at wire-speed by use of TCAM's capacity to match rapidly. The article will concentrate on the application of TCAM in the 10G network equipments of the Harbour Network.

随着技术的发展及用户对网络带宽需求的日益增加,运营商开始在核心网络中大规模部署万兆网络。在万兆网络环境下,万兆网络设备需要在线速条件下正确转发各种报文及提供多种QoS服务,万兆设备所需具备的线速处理能力需要设备在转发过程中高速查询各种转发表项。针对万兆设备的需要,港湾网络有限公司推出了有效解决方案。通过使用TCAM+FPGA+ASIC的硬件平台,利用TCAM的高速匹配能力有效解决了万兆设备中的高速查找问题。本文集中论述了TCAM在港湾网络有限公司万兆设备中的线速查找应用。

 
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