搜索资源列表
Edge_Enhancement_Adaptive_Anis
- 完成基于各向异性的自适应超声图像去噪和边缘增强方法，参考Adaptive Anisotropic Diffusion for Ultrasonic Image Denoising and Edge Enhancement.pdf，加入了m参数,The completion of ultrasound-based adaptive anisotropic image denoising and edge enhancement method, reference Adaptive Anisotro
Ultrasonic-latest-V2.0
- matlab设计的GUI操作界面，用于超声几何声场仿真使用。非常实用-matlab GUI interface designed for the use of ultrasonic sound field simulation geometry. Very useful
anisodiff
- 将小波和各向异性扩散结合，对超声图像进行去噪。效果较好-The combination of wavelet and anisotropic diffusion for ultrasonic image denoising. Better
matlab-test
- 自相关仿真,波形采用仿真的超声流量计波形，用去噪声的去相关-Simulation, autocorrelation waveform using the simulation waveform of ultrasonic flowmeter, go with noise
Field_II_PC7
- Field II是一个模拟超声传感器声场、使用线性声学超声成像的MATLAB仿真程序。该程序使用Tupholme-Stepanishen方法计算脉冲超声声场。该程序工程能够为大量不同的超声传感器在脉冲和连续波情况下计算发射和脉冲回波声场，也可以模拟任何一种线性成像以及逼真的图像的人体组织。-Field IIis a simulated ultrasonic sensor field, the use of linear ultrasound imaging of the MATLAB simul
teikao_v17
- The entire training process BP neural network, Channel coding, modulation, channel estimation, About ultrasonic parking radar ranging.
gj108
- The IMC - PID is using the internal model control principle for PID parameters is calculated, About ultrasonic parking radar ranging, matlab implements five gray correlation degree computing model.
Field_II_ver_3_24_windows.tar
- 可用于模拟超声波的发射、接收等，功能强大。(Can be used to simulate the ultrasonic transmitting and receiving. Powerful)
bun-V5.5
- About ultrasonic parking radar ranging, High-resolution array signal processing estimates, Through repeated training PbfUZRMlate have higher recognition rate.
lamb波频散曲线
- Lamb波的频散曲线是进行超声Lamb波无损检测的重要依据。本程序对Rayleigh2Lamb方程进行了分析，给出了无限大板中Lamb波频散曲线的数值计算方法，通过Matlab软件对求解过程进行编程，绘制出Lamb波在铝板中传播的相速度和群速度曲线，并通过试验进行了验证对推广应用Lamb波进行无损检测具有实际意义。(The dispersion curve of Lamb wave is an important basis for non-destructive testing of ultr
C-SCAN
- 用于处理超声波相控阵C扫描的数据文件和图片处理，采用的是Matlab语言(the code of Matlab is used to process the data file and picture of ultrasonic phased array C scan)