1) super-peer
超节点
1.
In consideration of the limitation of super-peer overlay network,the semantic information was introduced into the super-peers organization.
针对目前超结点叠加网络研究中的不足,将语义信息引入到超节点的组织过程中,提出了一种新的对等网搜索模型———SSP2P。
2.
Super-peers P2P network dividing peers into super-peers and leaf-peers sufficiently settled the problem of low resource locating efficiency due to the coexistence of heterogeneous peers.
超节点对等网的引入,有效解决了网络节点异构性所带来的低性能节点对于文件定位效率低的问题。
3.
In consideration of the limitation of super-peer overlay network, the semantic information was introduced into the super-peers organization.
针对目前超结点叠加网络研究中的不足,将语义信息引入到超节点的组织过程中,提出了一种新的对等网搜索模型——SSP2P。
2) super-node
超节点
1.
The design and realization of P2P simulator based on super-node architecture;
基于超节点体系结构的P2P模拟器设计与实现
2.
A topology matching P2P overlay based on super-node;
拓扑匹配的超节点结构P2P覆盖网
3.
Then divide nodes into two types: super-nodes in logic and ordinary-nodes while gathering.
为每个节点引入朋友节点,根据节点问的兴趣相关度,逐步聚集具有相似兴趣的朋友节点信息,利用信息资源聚集程度将网络中的节点进行逻辑上划分为逻辑超节点和普通节点。
3) super node
超节点
1.
Most selections of super node in P2P super-node overlay are based on physical performance without considering free-riders,which affects the efficiency in real network.
针对P2P超节点覆盖网中超节点的选择大都根据节点物理性能而没有考虑搭便车(free-rider)等现象,充分考虑节点间距离、交互情况和查询相似度等提出了一种用户评价机制,根据满意度选择超节点和查询请求的发送对象,不仅可以提高系统效率,同时可以达到减少和消除free-rider节点的目的。
2.
The second is the notify layer which provides the file-sharing、node-discovering and super node choosing mechanism.
本文主要完成了下面几个工作:1)采用基于超节点的混合型P2P网络拓扑结构,列出常见的资源定位搜索算法,进行比较,并选择Chord算法作为本系统资源定位搜索算法的基础,做出改进。
3.
The super node is elected according to the node\'s handling abilities in the subring,and each of super nodes constitutes the main ring and connects each other.
该算法根据区域组成多个子环,在子环中推选出处理能力强的节点为超节点彼此相连构成主环。
4) supernode
超节点
1.
The paper analyzes the parallel algorithm design schemes for a new architecture of supernodes,discusses different methods of data distribution and task partition in detail,gives an example,namely the blocked Gauss Elimination algorithm,and points out how to develop parallel algorithms for supernodes based on the existing shared and distributed algorithms.
本文分析了超节点这一新型体系结构上的算法设计方法 ,并具体讨论了超节点上的数据分配和任务划分 ,最后举出一个实例—高斯消去法的分块算法 ,提出了如何在现有共享算法和分布算法的基础上 ,开发超节点上的并行算法。
2.
With the development of P2P(Peer to Peer),the emerging of application of P2P SIP(Peer to Peer Session Initiation Protocol)and heterogeneous DHT(Distributed Hash Table),the problem of Supernode(SN)election was brought forth.
随着P2P(Peer to Peer)应用的进一步推广,P2PSIP(Peer to Peer Session Initiation Protocol)、异构DHT(Distributed Hash Tabk)通信等新应用的提出,超节点(SuperNode,SN)选举问题显得越来越突出。
5) Super Peer
超节点
1.
Compared with different structure of P2P network,a new P2P e-Learning model based on Super Peer in distributed environment is presented.
在分析各种P2P网络特点的基础上,提出了分布式环境中基于超节点的P2P e-Learning模型。
6) super node
超级节点
1.
AHP-based super node selecting mechanism;
一种基于层次分析法的超级节点选取机制
2.
After the presentation of IPTV and P2P technology,a solution of super node based P2P-LPTV system was put forward,including the architecture and the principle of system based on the structure.
在介绍了IPTV技术和P2P对等计算技术基础上,提出了一种基于超级节点的P2P-IPTV系统的设计方案,给出了基于超级节点的P2P-IPTV体系结构,并介绍了基于该体系结构的P2P-IPTV系统原理。
3.
On the base of the analysis on the currently four kinds of topologies of P2P system,this paper bring forward a partially decentralized topology suitable in search engine,which is a P2P search engine system on the base of super node,and expatiate the design and realization of the system.
分析目前的四种P2P系统的拓扑结构后,提出一种适用于搜索引擎的半分布式拓扑结构,即基于超级节点改进的P2P搜索引擎系统,就系统的设计和实现进行了详细的阐述。
补充资料：超超
1.谓超然出尘。 2.高高在上貌。 3.犹绰绰。 4.见"超超玄箸"。
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