Combining DNS dynamic load balance technique, with the background of DistanceEducation, we design and realize a CSCW load balanced cluster model.
结合DNS动态负载平衡技术，以远程教育为背景，本文设计实现了一个CSCW负载平衡集群系统模型。
In this way the load balanced cluster efficiency can be maintained with all application servers being able to connect to any database for the user sessions they are supporting.
通过这种方式，负载均衡的集群的效率就可以得到保持，所有应用服务器都能够连接到任意数据库以完成它们所支持的用户会话。
The content hosts are defined to form a load-balanced cluster, and one of the network interfaces of the load Balancer machine is assigned a host name and IP address dedicated to the cluster.
内容主机被定义用来组成负载均衡集群(load -balanced cluster)，给负载均衡器机器中的一个网络接口分配主机名称和IP地址，供集群使用。
If you use cluster workload rank, set cluster workload use queue (CLWLUSEQ) to ANY so that the message workload is balanced to remote queues even if a local queue exists.
如果您使用集群工作负载等级属性，则应将集群工作负载使用队列(CLWLUSEQ)设置为any，以便消息工作负载被平衡到远程队列，即使存在一个本地工作队列。
This configuration implies that the workload is balanced across both sides of the cluster with the resources being used equally.
这种配置意味着工作负载均衡地分布在集群的两端，同等地使用资源。
Depending upon the utilization rating of each node, load was transferred between nodes and the cluster was balanced. The module worked like this.
根据每个节点的利用额，将负载在节点之间转移以平衡集群。
For example, in WebSphere Application Server, requests for stateless session beans are load-balanced across all of the members of a cluster where a stateless session bean has been deployed.
例如，在WebSphereApplicationServer中，对无状态会话Bean的请求，是通过对部署无状态会话的成员集群进行平衡加载来实现。
The load-balanced multiplication of a large sparse matrix with vector on workstation cluster is considered.
考虑在工作站机群上实现大型稀疏矩阵和向量乘的负载平衡。
At the same time, the balanced network also reduces the transaction cost of high-tech industry cluster network joint and the control cost, which enhances the whole competitive ability of the cluster.
同时，均衡的网络也降低了高新技术产业集群结点间的市场交易成本和集群内部管理成本，从而提高集群的整体竞争能力。
Load balancing is a desired target for resource allocation in high performance cluster system, and to get a well-balanced load is determined directly by load identification.
负载均衡一直是高性能集群系统中资源分配追求的一个主要目标，能否有效地进行负截识别则直接关系到负载均衡的最终实现。
Load balancing is a desired target for resource allocation in high performance cluster system, and to get a well-balanced load is determined directly by load identification.
负载均衡一直是高性能集群系统中资源分配追求的一个主要目标，能否有效地进行负截识别则直接关系到负载均衡的最终实现。
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