shm

The SHM process involves the observation of a system over time using periodically sampled dynamic response measurements from an array of sensors .

结构健康监测过程是通过传感器阵列周期采集动态响应数据来观察结构状态。

The feasibility and the role of frequency response method ( FRM ) in SHM system was indicate , some other notice of this method was discussed too .

对频率响应方法在结构健康监测系统中应用的可行性及其在健康监测系统中的应用进行讨论。

Research on Monitoring Data Processing Method About Long-span Cable-stayed Bridge SHM System

大跨斜拉桥结构健康监测系统数据处理方法研究

Signal analysis is a key technique for SHM .

监测信号的分析处理是桥梁结构健康监测的关键问题之一。

Frequency response method used in Structure Health Monitoring ( SHM ) system is discussed in this article .

本文就频率响应方法在结构健康监测系统中的应用进行研究。

Application of SHM software in the digital seismogram analysis

SHM在数字地震波形分析中的应用

The new diagnose method was realized , which included image and visual of SHM .

实现了结构健康监测结果图像化、可视化的新型诊断方法。

Signal processing is important in helping the development of Structural Health Monitoring ( SHM ) techniques .

信号处理是结构健康监测方法中的一个重要环节。

SHM technology is based on the requirement of all kind information of structure and successful transmission through the network .

通过传感器网络对结构的各类信息进行采集并成功地传输到管理中心，是结构健康监测技术的基础。

Phase is important quantity for describing shm .

相位是描述简谐振动的重要的物理量。

Dev / shm is an implementation of the traditional shared memory concept .

dev/shm是传统共享内容概念的实现。

The / dev / shm implementation of traditional shared memory

传统共享内存的/dev/shm实现

Firstly , current development of SHM technology and application of WSNs technology in SHM are introduced .

本文首先阐述了结构健康监测技术发展现状和无线传感网络技术在结构健康监测中的应用；

At present , all data collecting methods realized in SHM are mainly by wired sensors .

目前，各种健康监测的数据采集主要是采用有线传感器网络来实现的。

Thus , structural health monitoring ( SHM ) of civil and hydraulic structures is of significant importance .

对土木水利工程结构进行健康监测是具有重大的学术、经济和社会意义。

Modal identification based on cross power spectra density and its application to ASCE SHM benchmark

基准组合研究述评一种推广的互功率谱模态识别法及其在SHM问题中的应用

Analysis and Investigation the Upgrading and Modifying Project of Jiangyin Bridge Structural Health Monitoring ( SHM ) System

江阴长江公路大桥结构健康监测升级改造工程研究

It is certain that the results of SHML model are better than these of SHM model .

SHML模型计算的辐射不透明度好于SHM模型的计算结果这是肯定无疑的。

C , shared memory in ipc / shm .

c中实现，共享内存在ipc/shm。

Conclusion The coronary microcirculation dysfunction happened at 60 min after coronary stenosis in SHM model .

结论SHM模型相关冠脉重度狭窄60min时发生冠脉微循环功能障碍。

Fifth chapter : Legislation of SHM .

第五章住房抵押贷款证券化的立法构想。

Novel SHM technique based on OPCM AE sensors

基于OPCM声发射传感器的新的SHM技术

Based on above research , a new application level multicast protocol which is called Scalable Hybrid Multicast ( SHM ) is designed .

在以上研究基础上，本文针对网络教育多方通信的特征提出了一个新的应用级组播协议：可扩展混合组播（SHM）。

The memory file storage is / dev / shm / devmem

内存文件存储是/dev/shm/dumpmem

Conclusion The coronary flow velocity pattern of the SHM model was different from the baseline , IPC has no effect on it .

结论SHM模型相关冠状动脉的流速模式明显不同于正常状态，IPC对其无明显影响。

SHM VP : Handles the task of polling for new connections when the application is using the shared memory method of communication .

SHMVP：当应用程序正在使用通信的共享内存方法时，该类将为新连接处理轮询任务。

Structure Health Monitoring ( SHM ) is a hot research topic in civil engineering , of which model updating and damage identification are the important theoretical component .

结构健康监测是土木结构学科一个研究热点，其中模型修正和损伤识别是结构健康监测的重要理论组成部分。

Lamb wave based Structural Health Monitoring method is one of the most interesting hotspots for SHM . Lamb wave is a typical non-stationary signal .

基于Lamb波的损伤监测方法是结构健康监测中一个研究热点，而Lamb波是典型的非平稳信号。

Because the real-time features and complexity in structural health monitoring ( SHM ) system , it is difficult to apply damage identification by the general method presently .

针对结构健康监测系统的实时性和复杂性特点，目前应用较多的一些损伤识别方法具有一定的局限性，难以满足要求。

The Structural Health Monitoring ( SHM ) is a pervasive need in modern industry and life . The structural damage detection technology is the basis of SHM .

结构损伤检测技术是结构健康监测的基础。