同心抗疫静待花开.pptx

这是一种用于消除静音和分割包含语音的音频流的简单方法。 该方法基于两个简单的音频特征（信号能量和频谱质心）。 只要提取特征序列，对这些序列应用阈值方法，以检测语音片段。 重要更新： 更高级的静音消除和一般音频分析方法可以在 MATLAB AUDIO ANALYSIS LIBRARY ( http://www.mathworks.com/matlabcentral/fileexchange/45831-matlab-audio-analysis-library ) 中找到，它是本书介绍的一部分音频分析：MATLAB 方法（ http://www.amazon.com/Introduction-Audio-Analysis-MATLAB®-Approach/dp/0080993885 ）

工业机器人静力计算及动力学

matlab开发-船舶静水稳定性。本书配套软件为“船舶静力学与稳定性”。

初级WZ修改教程（尐静制作） 是新手修改WZ的必备手册哦

自学视频教程

使用python中的pydub库，批量去除MP3中的静音段。

并联机构静刚度特性及结构优化

并联机构静刚度特性及结构优化

64导 采样频率1000hz 静息态脑电 Ch1=Fp1,,0.1,µV Ch2=Fp2,,0.1,µV Ch3=F3,,0.1,µV Ch4=F4,,0.1,µV Ch5=C3,,0.1,µV Ch6=C4,,0.1,µV Ch7=P3,,0.1,µV Ch8=P4,,0.1,µV Ch9=O1,,0.1,µV Ch10=O2,,0.1,µV Ch11=F7,,0.1,µV Ch12=F8,,0.1,µV Ch13=T7,,0.1,µV Ch14=T8,,0.1,µV Ch15=P7,,0.1,µV Ch16=P8,,0.1,µV Ch17=Fz,,0.1,µV Ch18=Cz,,0.1,µV Ch19=Pz,,0.1,µV Ch20=EOG,,0.1,µV Ch21=FC1,,0.1,µV Ch22=FC2,,0.1,µV Ch23=CP1,,0.1,µV Ch24=CP2,,0.1,µV Ch25=FC5,,0.1,µV Ch26=FC6,,0.1,µV Ch27=CP5,,0.1,µV Ch28=CP6,,0.1,µV Ch29=FT9,,0.1,µV Ch30=FT10,,0.1,µV Ch31=TP9,,0.1,µV Ch32=TP10,,0.1,µV Ch33=F1,,0.1,µV Ch34=F2,,0.1,µV Ch35=C1,,0.1,µV Ch36=C2,,0.1,µV Ch37=P1,,0.1,µV Ch38=P2,,0.1,µV Ch39=AF3,,0.1,µV Ch40=AF4,,0.1,µV Ch41=FC3,,0.1,µV Ch42=FC4,,0.1,µV Ch43=CP3,,0.1,µV Ch44=CP4,,0.1,µV Ch45=PO3,,0.1,µV Ch46=PO4,,0.1,µV Ch47=F5,,0.1,µV Ch48=F6,,0.1,µV Ch49=C5,,0.1,µV Ch50=C6,,0.1,µV Ch51=P5,,0.1,µV Ch52=P6,,0.1,µV Ch53=AF7,,0.1,µV Ch54=AF8,,0.1,µV Ch55=FT7,,0.1,µV Ch56=FT8,,0.1,µV Ch57=TP7,,0.1,µV Ch58=TP8,,0.1,µV Ch59=PO7,,0.1,µV Ch60=PO8,,0.1,µV Ch61=Fpz,,0.1,µV Ch62=CPz,,0.1,µV Ch63=POz,,0.1,µV Ch64=Oz,,0.1,µV