资源列表
two-phase-pipe-flow
- 两相管流计算程序代码：从能量平衡微分方程出发与压降等经验关联式联立，得出了油气集输管线沿程温降的计算公式
rwt-master
- 多种方法的图像复原，具有很好的效果，使图像清晰-image restore
0_02014032723194071801022207
- 一个单一的数字控制，非常简单的移动。MATLAB常用电路的设计方法-A single digital control, very simple mobile.Matlab common circuit design method
compare
- 功率谱显示存在于每个频率点的能量。光谱相干识别信号之间的频域相关性。相干值向0趋于表明相应的频率分量是不相关的，而值向1趋于表明相应的频率分量相关。考虑两个信号和它们各自的功率谱。-A power spectrum displays the power present in each frequency. Spectral coherence identifies frequency-domain correlation between signals. Coherence values ten
Measuring-Delay
- 考虑你在哪里不同的传感器，桥上两侧的汽车造成的振动记录收集数据的情况。当你分析这些信号，则可能需要对齐。假设你有3个传感器以相同的采样速率工作，他们是造成同一事件的测量信号。-Consider a situation where you are collecting data different sensors, recording vibrations caused by cars on both sides of a bridge. When you analyze the signals
Finding-a-Signal-in-a-Measurement
- 我们现在可以互相关信号以模板T1和T2与xcorr功能，以确定是否存在匹配。-We can now cross-correlate signal S to templates T1 and T2 with the xcorr function to determine if there is a match.
Load-data
- 考虑音频信号的数据库，在这里你需要找出一首歌，因为它是打模式匹配的应用程序。数据通常存储在一个低采样速率占用更少的内存。-Consider a of audio signals and a pattern matching application where you need to identify a song as it is playing. Data is commonly stored at a low sampling rate to occupy less memory.
Produces-a-square-wave
- 当t0引脚上发生负跳变时，作为p1.0引脚产生方波的启动信号，则开始从p1.0引脚上输出为1ms的方波-When the negative transition occurs on t0 pin, as a start signal p1.0 pin generates a square wave output is started the p1.0 pin square wave of 1ms
xianggaunlichneg
- 15系列单片机的例程，内有跑马灯，中断，模拟spi通信，红外接收等程序可供参考-15 MCU routine, there are marquees, interrupt simulation spi communication, infrared receiver and other procedures for reference
Stepper-motor
- 利用8255A芯片，利用编程语言设计实现步进电机的转动方向和速度的调节，-Use 8255A chip using a programming language designed to achieve speed and direction of rotation of the stepper motor to adjust,
test
- 谐波小波包的应用程序，matlab源码，用于电信号分析--Harmonic wavelet packet applications, matlab source for signal analysis
chuankouSerialPort
- VC++编程，串口接收数据并实时波形显示-VC++ programming, serial port to receive data and real-time waveform display