1.
It was further testified that to insert a small lattice into a large one would spend less time.
并进一步论证了把节点数量较少的格插入到节点多的格中比反着做更省时间。
2.
"Indicates the maximum number of nodes that may participate in the cluster. If unlimited, enter 0.
"表示可以参与群集的最大节点数量。如果没有限制，请输入 0。
3.
Hits and download bytes for the period from %1 to %2
从%1到%2之间的点击量和下载字节数
4.
The Researc on Zigbee Problems of Application with a mass of Nodes
Zigbee在大数量节点应用中的问题研究
5.
A method for measuring node importance in networks with the adjust parameters
一种参数可调的网络节点重要性度量方法
6.
Massive Terrain Data Sharing in Pyramid Hierarchical Peer-to-Peer Networks
基于节点分组的P2P海量地形数据共享机制
7.
Analog circuit fault diagnosis based on node voltage increment vectors and fuzzy mathematics
基于节点电压增量向量和模糊数学的模拟电路故障诊断方法
8.
To resolve this, a little more math is needed to convert the difference values into decimal values between0-1.
要解决这个，少量的数学节点是需要的，它将十进位的数值转换成为0－的数值。
9.
A Research of Power-Saving Mechanism Based on Protecting Low-Remain Energy Nodes;
基于保护低能量节点的节能机制研究
10.
Estimated Min. / Avg. / Max. Rows Per Leaf : Node Page
估计每个叶节点的最小/平均/最大行数:节点页
11.
A Data Transmission Algorithm Based on Multi-Actuator/Multi-Sensor Model in Wireless Sensor and Actor Networks
WSAN多反应节点多传感节点模型的数据传输算法
12.
In this paper, the error estimate formula is given for a double set parameters plate element( VZ1 element) and the perturbation of node parameters is analyzed.
本文针对具体双参数板元给出它的误差估计式,并分析了节点参数的扰动量。
13.
The destination node "{0}" has {1} data input(s). The maximum number of possible data inputs to this node is {2}.
目标节点“{0}”有 {1} 项数据输入。输入到该节点的最多数据数可能是 {2}。
14.
The argument to function '{0}' in '{1}' cannot be converted to nodeset.
“{1}”中函数“{0}”的参数不能转换为节点集。
15.
Numerical Analysis on Stress Concentration Factors for Tubular T-Joints
T型管节点应力集中系数的数值分析
16.
Node data resource sharing and data interface research
节点资源库数据共享与数据接口研究
17.
The model considers the number of transactions, the evaluation of other nodes and these nodes' credibility.
该模型在进行评价的过程中综合考虑了网格实体的交易数量、它节点的评价及其可信度。
18.
It is good to remember that the explicit use of energy conservation can often save mathematical labor by eliminating one integration.
直接应用能量守恒可以减少一次积分，这就常常能节省数学运算，记住这一点是有用的。