在计算节点上通过代理收集数据会与用户的作业争夺内存和CPU时间。
Collecting data with agents on compute nodes can suck memory and CPU cycles from the user's jobs.
另外，可以按时间、节点或集合计算查询负载。
Additionally, you can evaluate the query load based on the time, nodes, or collections.
节点包含许多用于应用和解析序列的选项，包括字面值、来自XPath谓词的表达式计算和特定时间长度内的序列。
The nodes have a wide range of options for applying and parsing sequences, including literal values, expressions calculated from an XPath predicate, and sequences bounded by a given length of time.
首先，如果计算单元中的某些节点在一段时间(比如密钥寿命的两倍)内一直停机，它们就会丧失通信能力。
First, if some nodes in your cell are left down for extended periods of time (likely twice the key lifetime), the nodes can lose the ability to communicate.
讨论了网格密度、计算精度以及CPU时间的关系以及八节点四边形单元在复杂求解域的适应性。
The relationship of the gridding density, CPU time and account precision and applicability of eight node's quadrangle element in complicated zone was discussed.
然而，更多的节点将导致计算时间的增加。
However, with more nodes the analysis time is also increased.
引入了交易时间和交易规模、交易次数等因素来进行信任值的计算，利用惩罚项来限制交易节点提供恶意服务。
Transaction time factors, transaction scales, and transactions number are introduced to calculate the trust value. Penalty item is used to limit node to provide malicious service.
通过对该电机定子温度场计算结果的后处理，得出了该电机定子运行在不同时间段里的温度分布图，以及该电机定子壳体任一节点的温升曲线。
Dealing with the calculation results of the temperature field of the motor stator, we obtain the temperature distributed diagram at not same segment, and the temperature rising the curve of any node.
节点时差是CPM网络中一个重要的机动时间概念，在各种机动时间中最为直观，计算和应用起来最为简便。
Node slack is of great importance in CPM network, and it is the most intuitive and the simplest for computing and applications in a variety of slacks.
改进的冗余树算法同冗余树算法相比不但有效的降低了组播树中节点数目，而且其计算时间也相对较少。
The advanced redundant tree algorithm reduces the number of nodes in multicast tree and the run time compared with the redundant tree algorithm.
同时完善了用户界面。针对默认各个计算节点均能完成任务的问题，本文通过监控各个节点所负担作业的运行进度和设定作业时间阈值来管理作业运行。
For the problem of acquiescing in each calculation node for completing tasks, we manage job allocation through monitoring operational progress at each node and setting time threshold value.
算法在固定间隔时间点利用分类信息进行节点的负载计算，并且在转发请求时按照组内的转发概率进行转发。
At a fixed interval of time the algorithm USES classification information to calculate the load of nodes, and forwards the request in accordance with the forwarding probability within the group.
在有限元计算过程中，可通过优化节点编号来减少整体刚度矩阵的带宽，从而节约存储空间，减少有限元分析的计算时间。
In finite element analysis, the bandwidth of the whole stiffness matrix is reduced by optimizing the node numbering, thereby the needed memory space is saved and the calculation time is reduced.
该算法在基于连接成功率算法基础上，通过计算节点在单位时间内，被动连接和主动连接数的比值进一步判断。
The algorithm computes the ratio of passive connections and initiative connections in unit time to identify P2P peer after connection responsed success rate method.
待定位节点再利用蒙特卡罗算法迭代计算前面时间段的位置样本集，并充分利用观测值滤除较差样本，从而提高当前时刻的定位精度。
Hence a node may obtain more observations for estimating previous location sets. Then the previous location sets are recomputed by the MCL method to improve the location accuracy of the present time.
文中给出了物理时间模拟的算法、计算机网络管理的流程、节点信息和仿真信息管理模块的实现方法。
In the thesis, the research works including physical time simulation algorithm, computer network management flow, and the realization method of node and simulation information management module.
计算结果表明：线性边界元法具有计算精度高，所需节点少，占内存小，计算时间短的优点。
It has been shown that LBEM has the advantage of higher accuracy, fewer nodes, smaller memory and shorter time.
计算网格目标在于通过大量计算节点的协作来减少应用程序的执行时间。
The computational grid focuses on reducing execution time of applications that require a great number of computer processing cycles.
计算结果表明该方法可有效地模拟具有时间相关性、空间相关性的节点脉动风速时程。
Statistical analysis results of numerical wind speed time series show that the method is efficient in simulating nodal wind speed time series which has time and space correlativity.
计算结果表明该方法可有效地模拟具有时间相关性、空间相关性的节点脉动风速时程。
Statistical analysis results of numerical wind speed time series show that the method is efficient in simulating nodal wind speed time series which has time and space correlativity.
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