搜索资源列表
labview
- 声音信号处理示例,实现声音信号的采集和信号处理-Audio signal processing example, the realization of the sound signal acquisition and signal processing
Virtual-multimeters
- 该虚拟多用表包括仿真和数据采集两个模式,功能包括时域分析,频域分析,包络分析。-This virtual multimeters including simulation and data acquisition two mode, function, including frequency domain analysis of time domain analysis, envelopment analysis.
labview
- 基于labview的心电信号采集和分析,有一些电路,和软件界面的设计-Labview-based ECG signal acquisition and analysis, there are some circuits, and software interface design
sound_card
- Labview声卡采集语音信号程序,可以采集,录音,回放等,界面简单-Labview sound card voice
virtual
- 基于声卡声音信号采集系统,可以对声音信号进行采集和分析,保存和读取-sound information collociting system based on the sound card,which can colloting and analysing sound signls ,saving and reading
SHUJUBAOCUN
- 信号采集数据自动连续保存程序,在labview环境下开发,提高数据采集效率-Signal for the preservation of automatic data collection procedures, the LabVIEW development environment, improve the efficiency of data acquisition
ruoshui2009032800youxiusuoshilunwenLabview
- 该论文《基于LabVIEW的热电空调温度模糊控制系统的研究》是优秀硕士学位论文。 主要内容如下: 1.阐述了热电制冷的基本原理,并对热电制冷的热力学特性和极限工况进行了分析与计算。 2.根据热电空调的温度控制要求选取了适用于系统的模糊控制规则,并在LabVIEW环境下完成了对模糊控制器的设计并进行了输入输出性能测试。 3.在研究信号采集和调理技术的基础上,结合信号调理设备实现了在LabVIEW环境下热电空调温度监测子系统的软件设计。 4.完成了热电空调供电子系统的PWM直流斩波调压电路的设
computer-basedvirtualfunctiongenerator
- 采用LabVIEW软件构建了一个基于计算机的虚拟函数发生器。文中首先介绍了信号发生器的发展状况,并在此基础上研究通用函数发生器的分类和主要性能指标。之后通过研究对数据采集卡的使用,完成虚拟函数发生器的硬件设计。再参照通用函数发生器的功能模块,采用LabVIEW软件进行虚拟函数发生器的软件设计。最后进行了仿真实验,实现了波形选择、参数设置、扫频、连续或突发输出等功能,并实现了虚拟函数发生器的模拟输出- used LabVIEW to build a computer-based virtual f
labview---0827
- 模拟信号多通道采集--压力,扭矩信号,频率采集,模拟输出--电压信号-Multi-channel analog signal acquisition- pressure, torque signal, the frequency acquisition, analog output- voltage signal
Virtual_Oscillograph_based_on_labview
- 声卡采集示波器,不仅可以调波形,还可以将波形以bmp格式保存,文件读取回放,复位,暂停时调节波形,动态显示测量数据及相应的信号处理数据,具有各种滤波处理。里面附带了流程图和详细的技术文档资料,设计论文。-Design and Realization of Virtual Oscillograph based on LABVIEW
pinpufenxi
- 基于labview的频谱分析仪,能分析几种几种信号,把采集过来的信号进行分析-Labview-based spectrum analyzer, to analyze a few of several signals, the analysis of the signal collected over
xinyintuxingxianshi
- 该源程序是基于虚拟仪器的心音图形显示系统,主要实现体表心音的采集和实时显示,心音信号的频谱分析以及临床听诊库的管理-The source code is based on heart sound virtual instrument graphical display system, mainly to achieve surface collection and real-time display of heart sound, heart sound signal spectrum anal
Example
- 该程序可以实现实时的信号采集,然后进行分析处理-The program can achieve real-time signal acquisition, and then analytical processing
LabVIEWSinglesAcquisition
- 这几个LabVIEW程序源代码都是关于数据采集的内容,包括信号的生成、采集和分析。-LabVIEW single acquisition
SeniorMeasurement
- 此程序是基于LabVIEW编写的。主要是对采集到的信号进行一些高级处理,例如求平均电压值,电压柱状图,各种滤波等-This program is based on LabVIEW prepared. Mainly for the signal collected a number of senior management, such as seeking an average voltage value, voltage histograms, various filtering
DataAcquisitionandSignalConditioningDemo
- 数据采集与信号调理功能演示Data Acquisition and Signal Conditioning Demo-Data Acquisition and Signal Conditioning DemoData Acquisition and Signal Conditioning Demo
07474233labview
- 实现信号的采集,这是一个简单有效的信号采集程序(To achieve signal acquisition, this is a simple and effective signal acquisition procedures)
电机振动电流信号采集
- Labview双通道信号采集,实现双通道同时采集与数据保存,简单易用(Labview dual channel signal acquisition, double channel simultaneous acquisition and data storage, simple and easy to use)
微孔计数器信号采集及温度控制系统设计
- 为了研究温度对微孔计数器的检测精度的影响规律,设计了一种基于ARM 和 LabVIEW 的高精度温度控制系统。(Since the size and number of the biological cells and micro-particle could be measured precisely by Coulter principle, this principle has been widely used in scientif
信息采集
- (1)运用MyDAQ实现音频信号的采集,要求可对采样频率(Hz),采样时间(Second)进行设置; (2)在LabVIEW中进行简单的数字音效均衡处理,能对高频、中频、低频三段频率的信号分别进行调节; (3)将处理后的音频信号运用MyDAQ输出。((1) Using mydaq to realize the acquisition of audio signal requires that the sampling frequency (Hz) and sampling time (sec