我们将使用清单2中的链接频率计数和域名分别作为lineWidth和节点名。
We will use the link frequency count and domain names from Listing 2 as our lineWidth and node names, respectively.
该HNRe2系统支持不同RF路径的节点同时使用相同频率。
The HNRe2 system permits simultaneous use of the same frequency between node pairs that are not in each other's RF path.
名为Pollinginterval的FileInput节点属性控制FileInput节点访问文件系统以查找要处理的文件的频率。
The FileInput node property named Polling interval controls the frequency with which the FileInput node accesses the file system looking for files to process.
利用纹路的频率和块方向信息对细节点的位置和方向进行重新调整以增加匹配的可靠性。
Using this model, the position and direction of the minutiae can be readjusted and thus the performance of the matching can be enhanced.
该算法利用连续两次同步过程中所记录的时间信息来估算节点时钟的偏移和频率漂移率，并进行补偿。
The clock offset and frequency drift rate for sensor nodes are estimated and then compensated by using the time-stamp recorded in two adjacent synchronizations.
并应用有限元法对变幅杆进行了模态分析，得到了共振频率和位移节点等重要参数。
Normal modes in the pole and important characteristic parameters such as resonance frequency and position of the displacement node are obtained using the finite element method.
移动节点使用其中的一个频率作为中继来实现它和SBS2之间的初始通信。
One of its frequencies is used by the MN as a relay to implement its initial communication with SBS2.
我们获得了解析解，然后给出了共振频率、速度分布、振幅比和节点位置公式。
Analytical solutions were obtained, and the formulae for resonance frequency, velocity distribution, amplitude ratio and node location derived.
对节点的本地计算，CPU频率的动态调节可以部分地节约能量。
Dynamic CPU frequency setting can partly save the power in local computing.
本文通过对黄河干流节点径流频率分析和超越机率分析，推求了节点水文缺水量。
Based on the frequency analysis and exceed probability analysis of Yellow River nodes runoff, the nodes hydrology water shortage was calculated.
目前增强应用层组播鲁棒性的方案主要包括：降低失效节点发生频率、失效检测和树重构技术、多树环结构和使用洪泛机制。
At present, the scheme of enhancing robustness of the ALM include: reducing the frequency of failure nodes, failure detection and tree reconstruction technique, flood mechanism, multi-trees and rings.
实验结果表明，在兴趣节点数量较少和事件发生频率较低的情况下该算法具有良好的同步效果和节能性。
The experimental results show that the synchronization algorithm has good performance and energy efficiency when the interested nodes number and events frequency are low.
其次，根据损伤后的结构频率与模态的变化，应用径向基神经网络，进行结构节点固结系数的识别，从而实现对网架结构有限元模型的修正。
Secondly, according to the change of damage structural frequency and modal, the fixity factor is identified by RBF neural network, then FEM correction of truss is finished.
结果表明：结构自振频率随着节点相对刚度比的增加不断增大，当节点相对刚度比在0。
The results indicate that the natural frequencies are increased with adding the relative stiffness ratio, and the change is apparent when the ratio varies between 0.
研究表明，虽然空间索杆结构的动力性能较为复杂，但基于结构固有频率和模态位移的组合指标对节点损伤仍较为敏感，利用它们进行节点损伤识别是有效的。
Simulation results show that the combined indexes based on natural frequencies and mode displacements are sensitive to the joint damage and effective for the(identification) of joint damage.
除了在一些节点中提供了主要参考频率或者时间源之外，频率或定时均可从流通接口中获得。
Frequency or time is derived from the traffic interfaces except in nodes where a primary reference frequency or time source is provided.
在机械设备的状态监测应用中，要达到高频率、高速率、大数据量传输等要求就要设计合理的节点平台。
In mechanical equipment monitoring applications, a suitable node platform must be designed to achieve the requests of high-frequency, high-speed, large amount of data transmission.
由于移动主机的移动频率可能很高，移动节点有时不能及时完成家乡注册，此时发往移动节点的数据包将会丢失。
As result of high move frequency, mobile node may not finish home registration in time, the data packets send to mobile node will lost.
由于移动主机的移动频率可能很高，移动节点有时不能及时完成家乡注册，此时发往移动节点的数据包将会丢失。
As result of high move frequency, mobile node may not finish home registration in time, the data packets send to mobile node will lost.
应用推荐