1) high speed network structure
高速网络结构
2) high-speed network
高速网络
1.
Convergence time improved variable-structure congestion control protocol for high-speed networks;
快速收敛的高速网络可变结构拥塞控制协议
2.
Load balancing algorithm for high-speed network intrusion detection systems;
高速网络入侵检测系统负载均衡策略与算法分析
3.
The Solving Scheme of Application Bottleneck of a High-speed Network Intrusion Detection System;
高速网络入侵检测系统应用瓶颈解决方案
3) high speed network
高速网络
1.
Binomial-based high speed network congestion control protocol
基于二项式的高速网络拥塞控制协议
2.
Traffic characteristics of high speed network and flow database design
高速网络流量特性与流数据库设计
3.
To overcome such bottleneck in existing protocols and exploit the evolving characteristics of high speed networks, based on a highly parallel architecture, a high performance transport protocol (HTPNET) and its experimental system is introduced in this paper.
设计ＨＴＰＮＥＴ是为了克服现行传输层协议处理的瓶颈，以匹配高速网络的优良特性。
4) high-speed networks
高速网络
1.
Research on intrusion detection techniques in high-speed networks;
高速网络环境下的入侵检测技术研究
2.
The Real Time Retrieval and Filtering System in the High-speed Networks;
高速网络上的实时文本检索和过滤系统
3.
With the rapid growth of high-speed networks, exponential increment of network information, and under increasingly heavy load conditions, the present intrusion detection system is unable to cope with the situation.
随着高速网络的快速发展 ,网络信息量的迅猛增长 ,入侵检测系统 (IDS)负载日益繁重 ,遗漏恶意数据 ,产生漏报现象不可避免 。
5) high speed networks
高速网络
1.
The development of computer networks and the reasons for high speed networks techniques progress are introduced,and the technical characteristics of ATM,IP and gigabit ethernet network and the trends in future researches of high speed networks techniques are discussed.
介绍了计算机网络的发展及驱动高速网络技术发展的原因。
2.
Traditional congestion control algorithm is inapplicable for small buffer high speed networks.
传统高带宽拥塞控制算法不适用于小缓存高速网络。
6) network structure
网络结构
1.
Study on network structure in silica-filled ESBR compound;
白炭黑补强ESBR混炼胶中网络结构的研究
2.
Optimization and application of power telecommunication network structure;
电力通信网络结构的优化及应用
3.
Reverse logistics network structure and design;
逆向物流的网络结构和设计
补充资料：OSI网络体系结构
OSI网络体系结构
OSI(open systems interconnection) network architecture
┌─────┐ │应用层 │ ┌─────┐│ ├─────────────────┤应用层 │├─────┤表示层协议 │ ││表示层 │ ├─────┤│ ├─────────────────┤表示层 │├─────┤会话层协议 │ ││会话层 │ ├─────┤│ ├─────────────────┤会话层 │├─────┤运箱层协议 │ ││运翰层 │ ├─────┤│ ├─────────────────┤运抽层 │├─────┤ │ ││网络层 │ ├─────┤│ │ ┌────┐ │网络层 ││ ├──────┤通信子网│ │ ││ │’链路层协议│ ├─────┤ │├─────┤ │ │链路层协议│ ││数据链路层│ │ │ ├─────┤│ ├──────┤ │ │数据链路层││ │’物理层协议│ ├─────┤ │├─────┤ │ │物理层协议│ ││物理层 │ │ │ ├─────┤│ ├──────┤ │ │物理层 ││ │ │ ├─────┤ │└─────┘ │ │ │ │ └────┘ └─────┘图1(〕51网络体系结构的示意图051 wangluo tixi]iegou051网络体系结构(051(op吧n syst~inter·加nnection)networka代hitecture)由国际标准化组织(I义))提出和定义的计算机网络的分层、各层协议和层间接口的集合。C61网络体系结构的模型又称为051参考模型(()51/RM)。 051/RM于1977年被I岌〕的信息技术委员会TC97提出以后，TC97又分别为051/RM各层制定了协议标准，从而使051网络体系结构更为完善。图1给出了含通信子网的(万I网络体系结构的示意图。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条