用户节点

类似于adhoc网络，在mesh网络中，每个用户节点既是通信终端又提供路由功能；

In wireless mesh networks , it is similar to ad hoc networks , each user node operates not only as a host but also as a router ;

由于经济条件的限制，我国DDN用户节点侧一直发展缓慢，用户使用很不灵活。

Due to economic constraints , the DDN user node site has seen very slow development .

基于WebServices的用户节点聚类

The Clustering Of The User Nodes Based On Web Services

应用层组播系统基于单播传输技术，利用参与组播组的用户节点代替IP组播路由器来实现数据包的分发，能获得类似IP组播数据传输的高效率。

This technology utilizes user nodes that join multicast groups to realize the data transmission instead of multicast routers on multicast networks .

然后，foreach循环迭代通过每个用户节点，并将它们的属性存储在data数组中。

The foreach loop then iterates through each of the user nodes and stores their attributes in the data array .

在P2P模式中网络中的用户节点不但是客户端同时也作为服务器。

In P2P model , peers in the network are the client and provide service for each other as sever .

在P2P流媒体应用中，由用户节点组成的上层覆盖传输网络（overlaynetwork）存在和下层物理网络拓扑不匹配的问题，造成媒体数据传输延时大、效率低以及骨干网络带宽消耗高等问题。

In P2P streaming , the overlay network consists of peers may mismatch the underlying physical network , which results in larger media transmission latency , low efficiency and high bandwidth consumption .

因此位于不同NAT之后的用户节点如何发现对方、如何彼此建立直接连接就成为P2P网络亟待解决的问题之一。

So how to discover each other and how to establish a direct link between nodes behind NAT becomes a big problem for P2P application .

由于当前的P2P点播缓存管理机制多采用集中式或层次树形的缓存管理，以及基于访问热度的淘汰算法，不能高效地利用用户节点缓存资源和提高点播系统服务能力。

Adopting centralized and hierarchical tree and replacement algorithms based on visiting rate , current cache management proposals cannot efficiently utilize cached video segments in user end-systems and increase system service capacity .

本文的研究方向是基于微博的用户节点影响力评价和社区发现。

In this paper we studied influence of a node and community detection .

只拥有部分文件的用户节点也能向其他用户提供数据分块。

Clients that do not have the whole file can also provide some pieces to other node .

该量子密钥分配网络有七个用户节点，其中五个在芜湖市的政府部门内。

There are seven nodes in the QKD network , and five of them are in the government department .

大学校园作为城市供水管网的大用户节点，具有用水量大且集中的特点。

Campus as a large urban water supply networks user nodes with large quantities of water and concentrate characteristics .

在异构、动态的用户节点群体下，高效的网络坐标技术需要有较强的自适应性和容错性。

However , network coordinates must be adaptive and fault-resilient to cope with the heterogeneous and dynamic nature of nodes .

本课题主要完成用户节点语音通信系统部分的基本功能的研究与设计。

The completion of the main topics is the Research and Design for the basic features of user node voice communications system part .

同时对用户节点实行基于带宽分配的策略，使得节点效用越高，所得服务越好。

Meanwhile user node executes based on bandwidth allocation strategy , which enables nodes utility , the higher the income the better service .

文中详细描述了模型的组成，并以三个用户节点为例说明了系统的交互与协作过程。

The model 's composing is described , and the process of a three user node interaction and co operation model is illustrated .

由于在实际无线通信系统中，各用户节点都是由电池提供能源，频繁的更换电池是不方便的。

In the practical wireless systems , all users are powered by the battery energy , so it is inconvenient to replace battery frequently .

由于在感知协作通信的上报阶段，若大量次级用户节点参与上报，会带来很大的报告信令开销。

In cooperative communication process , if a large number of SUs are involved in the reporting phase , it will bring heavy reporting overhead .

即通过选取一些高能、稳定的用户节点充当辅助代理的角色，分担部分代理服务器的功能。

Namely , by selecting some of the high-energy , stable peers to act as secondary proxy roles , share part of the proxy server functionality .

以用户节点之间的协作转发功率作为可共享资源，提出了一种基于协作博弈论的协作功率分配方案。

In the physical layer , firstly , using cooperative game theory , we consider the problem of resource sharing between two nodes in cooperative relay networks .

因此，本文设计了一种新型帧结构，并在完美／非完美上报信道下，提出不同的次级用户节点选择策略来优化系统性能。

Therefore , this thesis designs a novel frame structure , and under perfect / imperfect reporting channel , proposes different SUs selection strategy to optimize system performance .

它可以为信息高速公路的最终用户节点，为家庭和社区的网络安全管理和可靠地实现远程网络家电控制提供有力的技术支持。

It could end-user nodes to the information superhighway for families and communities to achieve reliable network security management and remote control network appliances provide effective technical support .

用户节点&理想情况下，集群的计算机节点不应该接受外部连接，只应当由管理员通过管理服务器访问。

User nodes & Ideally , the compute nodes of a cluster should not accept external connections and should only be accessible to system administrators through the management server .

为了降低这类中继节点和活动用户节点的处理复杂度，提出了一种新的发送预处理方法。

To reduce the complexity of the processing in the relay nodes and destination nodes , a novel transmit preprocessing method is proposed for this cluster based multi-user relay system .

在片段选择算法上对实时性和顺序性进行了更高的要求，考虑了不同的机制来管理用户节点之间的数据共享。

It adopts a higher demand of the real & time and order in the fragment chosen algorithm . It considers the different mechanisms to manage user data sharing between peers .

对要加入集群中的所有其他节点，例如计算节点、用户节点和管理节点，请在以后步骤中添加类似于s：client-nonquorum的项。

Use entries similar to_s : client-nonquorum in later stages for all the other nodes to be added to the cluster , such as compute nodes , user nodes , and management nodes .

如何在这样有限的资源环境下获取尽可能多的、有效的感知对象的特征信息，并传输到用户节点进行处理，是目前的研究重点。

Therefore , how to acquire abundance and efficiency characteristic information of sensed object as soon as possible , and transmit to sink node to take into process , is the emphases of presently research .

编写哈希算法把用户节点和信息节点存储组织起来，借助系统的/proc文件把流量异常的用户信息从内核发送到用户空间。

Then write hash algorithm to store and organize user nodes and message nodes , send the user information which appears unusual situation from kernel space to user space through the / proc file system .

这个小的示例集群包括16个计算节点、一个管理服务器、一个存储服务器、一个用户节点和一个调度器节点，放在两个机架内，并附加了相关的设备。

This is a small example cluster consisting of sixteen compute nodes , one management server , one storage server , one user node , and one scheduler node in two racks with the relevant devices attached .