1) resource discovery
资源发现
1.
Level hash table resource discovery mechanism in the grid environment;
网格环境中分层次哈希表资源发现机制
2.
Design and realization of resource discovery in P2P networks based on J2EE;
基于J2EE的P2P资源发现算法的设计与实现
3.
DLRD: a P2P grid resource discovery mechanism for dynamic load-balance;
DLRD:一种支持动态负载均衡的P2P网格资源发现机制
2) resources discovery
资源发现
1.
The path optimization algorithm is analyzed and compared,based on the integration of the genetic algorithm and ant colony algorithm,the agent-based grid resource discovery mechanism for the new path optimization,mobile agent for the completion of specific user tasks of the resources discovery in grid dynamic environment of the mobile migration path.
在对动态网格资源发现模型研究的基础上,改进了移动Agent在网格环境中的动态巡游策略。
2.
In this paper,we proposed a new resources discovery based on Flooding to improve fault of Flooding by maintaining interest clusters and node index in local nodes.
本文提出一种新的基于Flooding的资源发现机制,通过在本地结点维护兴趣簇、簇内结点索引等信息列表来改善Flooding机制的缺点。
3.
Based on the analysis of Web search engine technology and keyword-based information retrieval technology over relational database,this paper made full use of these two kinds of information retrieval technologies,and designed the architecture of structured data resources discovery technologies of data grid,which avoided the shortcomings of traditional data grid information services system.
针对传统数据网格信息服务的不足之处,在分析Web搜索引擎技术和基于关键词的数据库索引技术基础之上,结合这两种信息获取技术,设计了数据网格中结构化数据资源发现技术的体系结构。
3) Web resource discovery
Web资源发现
4) undiscovered resources
待发现资源
5) situation of resources and development
资源和开发现状
6) resource discovery algorithm
资源发现算法
1.
A resource discovery algorithm based on interest and trust in gnutella network;
Gnutella环境下基于兴趣和信任的资源发现算法
2.
Traditional decentralized resource discovery algorithms often focus on the searching method in forwarding direction.
网格资源发现算法是网格资源发现机制的核心,传统的分布式资源发现算法通常只关注正向搜索的成功率,反向的响应报文仅仅用来向资源申请者报告搜索成功与否。
补充资料：森林资源(见世界森林资源、中国森林资源)
森林资源(见世界森林资源、中国森林资源)
forest resources
sen Iin ziyuon森林资源(forest resources)见世界森林资源、中国森林资源。
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