| 1. | System utility monitoring tools were used to record the kernel stress level
用系统利用率监测工具来记录内核压力程度。 |
| 2. | Ensured that end user response time , throughput , and system utilization were within previously established performance requirements
确保终端用户响应时间、吞吐量和系统利用率在已经建立的性能要求范围之内。 |
| 3. | For example , a traditional single - threaded batch application may be scheduled to run on a single server during a window of low utilization
例如，在系统利用率很低时，传统的单线程批处理应用程序可能会被调度到单个服务器上运行。 |
| 4. | End method retrieves the results . using asynchronous communication improves system usage and avoids delays on the client while it waits for the web service results
使用异步通信提高了系统利用率，避免当客户端等待web服务结果时在客户端上造成延迟。 |
| 5. | At the busy time , the utilization of the system resources increases from nearly 80 % to 95 % or up , and there is no job queuing problem when one or more cpus are idle
繁忙期间的系统利用率从集群系统初建时的80 %左右提高到95 %以上,只要集群系统中有cpu空闲就不会出现作业排队等待的现象。 |
| 6. | In addition , snapshots of system utilization and ltp test output files were taken daily or weekly to have data points to determine whether systems were degrading during long - period runs
另外，每天或每周要处理系统利用率的快照和ltp测试输出文件并得到数据分数，以确定系统在长时间运转中性能是否下降。 |
| 7. | In the light of use of transmission system , revenue reconciliation is realized by use of a surcharge , which does not change the spot price signal and hence attains maximum socia1 welfare
基于对输电系统利用率的思想，收支平衡采用附加费的方式实现，并未改变最优的电价信号，因而可以获得最大的社会效益。 |
| 8. | Our contribution lies in the design of virtual storage node and corresponding load balancing mechanisms , which increases system utility through efficient load balancing matching with concrete conditions of each node . we also design large - scale experiments in order to give an accurate evaluation on the performances of dispfs
Dispfs的创新点在于：虚拟存储节点和虚拟存储节点内部负载均衡策略的设计能动态地根据每个参与节点的具体存储容量、网络处理能力等情况做出合理、快速的负载均衡调整，从而有效地提高系统利用率和文件插入成功率。 |
