搜索资源列表
switchtest
- 内容:simulink 非线性模块仿真正弦信号通过新回环函数，switchtest.fig, switchtest.mdl
lms
- 实现神经网络中的Adaline的LMS算法，分别对正弦信号和三角波信号识别。
Elman
- 利用Elman网络对信号的幅度进行检测，能够正确输出时变信号的幅度值。本源码中假设信号由幅度分别为1和2的正弦信号交替变化构成-Elman network use the magnitude of the signal detection, can correct the output signal range of time-varying value. Assuming the source signal by the magnitude of 1 and 2 constitute a ch
NNapply1
- 利用线性神经网络对某一正弦信号进行线性预测。利用函数newlind设计线性神经网络， 在已知正弦信号过去5个值得情况下，预测其将来值。 定义需要的信号，共持续5s，采样频率40Hz-Using linear neural network to a sinusoidal signal for linear prediction. Newlind design using a linear function of neural networks, known sinusoidal
LMS
- 使用LMS算法实现的自适应滤波器范例，对一个加白噪声的正弦信号滤波。并且比较不同步长的滤波器的迭代次数。-LMS algorithm using adaptive filter example, a sinusoidal signal plus white noise filter. And less synchronized long filter iterations.
sinfapm
- 采样正弦信号的振幅、频率、相位和均值，应用Z变换。-Amplitude, frequency, phase and mean value of sampled sine wave，take the application of Z-transform.
Sound-card-
- 声卡正弦波音频 正弦波 声卡 信号发生器 -Sine wave sine wave audio sound card signal generator
bp
- matlaB 实现正弦信号以及添加白噪声-matlab sina
bppid
- 一种bp-pid调节器的算法实现，可进行对正弦或阶跃等信号的调节控制，并输出调节曲线，误差曲线，PID参数曲线等。 -A bp-pid regulator algorithm, can be sine or step on the regulation and control such signals, and the output tuning curves, the error curve, PID parameter curve.
kalman-tracking-sinusoidal-signals
- kalman正弦信号跟踪： 红色为原始状态输出；绿色为量测方程输出；黑色为状态方程输出；蓝色为卡尔曼滤波输出-kalman tracking sinusoidal signals: red output to its original state green measurement equation output black output for the equation of state blue for the Kalman filter output
sin_bianshi
- 采用BP神经网络进行了非线性正弦信号的辨识，采用双曲函数为激发函数-Nonlinear sine signal is identified with BP network,and it uses the hyperbolic function as the excitation function.
1
- 使用高斯白噪声和正弦信号模拟产生肌电信号-Gaussian white noise and sine generated EMG signal simulation