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1)  remnant networks
残存网络
2)  residual network
残量网络
1.
The orientation path and residual network were defined, the new maximum flow algorithm in network with both node and edge capacity confined was put forward based on feasible flow decompose theorem and by way of the search in artificial intelligence.
定义了有向路径和残量网络的概念,依据可行流分解定理,引入人工智能中搜索的方法,以邻接矩阵为网络数据存储结构,提出条件约束下的网络最大流新算法。
3)  storage network
存储网络
1.
The design and study of storage network adaptor based on virtual interface;
基于虚拟接口的存储网络适配器的设计与研究
2.
Study of self-adaptable fault tolerance in storage network;
存储网络自适应容错技术研究
3.
Research on key technologies of high availability storage network;
存储网络高可用系统设计关键技术研究
4)  web cache
网络缓存
1.
After analyzing the disadvantage of traditional way of Web page translation,gives the new resolution based on the mechanism of content negotiation and Web cache,which makes the translation service invisible to the client,saving the add.
文中在分析了传统网页翻译方法的不足后,提出了基于内容协商和网络缓存的网页实时在线翻译系统的方案,使得翻译服务对于客户端透明,节省客户端多余操作时间,同时使得对于重复请求的网页呈现效率得以提高。
2.
The poor performance of current Web cache attributes to redundant data copies significantly.
数据的冗余拷贝是影响网络缓存软件性能的重要因素。
5)  Web caching
网络缓存
1.
Web Caching Technology Research and Simulation Based on 3L Switch;
基于三层交换的网络缓存技术研究及仿真
2.
A Reduced Cache Digest for the Content Representation of Web Caching;
RCD:一种精简的网络缓存内容摘要表达方法
3.
Web caching can be used to improve the response time of network access.
网络缓存技术用于提高网络访问响应速度。
6)  networked storage
网络存储
1.
Research on the Efficient Methods in Protecting Data of Networked Storage System
网络存储中保障数据安全的高效方法研究
2.
Exploration and Practice of Curriculum Teaching on "Networked Storage Technology"
“网络存储技术”课程教学探讨与实践
3.
In order to predict and improve the performance of networked storage systems, the relationship was explored between the system I/O response time and its performance factors by quantitative analytical method.
为了对网络存储系统性能进行预测和改进,利用定量分析法研究了系统I/O响应时间与各性能影响因素之间的关系。
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