搜索资源列表
myfun
- 换能器散射回波信号声强预测，可自拟发射和接收换能器的类型及指向性，海底散射强度，得到不同条件下的散射回波信号声强
sea
- 假设有一组海底深度测量数据，采用插值方式绘制海底形状图。
forwardloss
- forward loss section--海底不同掠射角的底质计算，欢迎分享
hdhx4
- 有多普勒频移的海底混响单元散射模型（matlab）-the seafloor reverberation unit scattering model with Doppler frequency shift
hdhx5
- 无多普勒频移的海底混响单元散射模型卷积法-matlab-the seafloor reverberation unit scattering model convolution method without Doppler frequency shift
hdhx3
- 有多普勒频移的海底混响点散射模型（matlab编程）- the seafloor reverberation point scattering model with Doppler frequency shift
hdhx2
- 无多普勒频移的海底混响单元散射模型（matlab）- the seafloor reverberation unit scattering model without Doppler frequency shift
gray
- 海底回波检测, 很有用的程序。-Sea echo detection, the procedure is useful
smoothgrid
- 对网格进行平滑，利用汉宁窗对海底地形进行平滑。直接输入函数即可。-Smoothing of the grid, the use of Hanning smoothing of the submarine topography. Can be directly input function.
mfp
- 结合海底环境，采用32元线列阵实现匹配场的定位仿真-Combination of undersea environment, to achieve a 32-element linear array positioning simulation matched field
LFM_5filter
- 对海底杂波进行滤波，滤除其混响部分，原信号为LFM信号-The seabed clutter filtering, filtering part of its reverberation, the original signal is LFM signal
sim
- 用于多波束回波模拟器的模拟海底回波仿真以便于测试-Multibeam echo simulator for simulation of underwater echo simulation in order to test
spc011
- 一种求解水平海底声压相关系数的matlab程序-A sound pressure level of the seabed procedure for solving the correlation coefficient
spc022
- 基于matlab编写的求解水平海底环境下质点振速x方向的水平相关系数-Based on the level of solving the matlab prepared particle velocity level seabed environment correlation coefficient x direction
AcousticLine
- 本程序目的是基于射线声学绘制深海声线图，适用水平分层介质，包括海面和海底反射，有详细思路和注释。-The purpose of this procedure is to draw deep-sea acoustic lines based on ray acoustics, and to apply horizontal stratified media, including sea surface and submarine reflection, with detailed ideas an
stewart
- Stewart的MATLAB仿真程序源代码，Stewart平台并联机构由于具有刚度大、承载能力强、位置误差不累计等特点，在应用上与串联机构形成互补，已成为空间机构学的研究热点。目前，Stewart平台并联机构已经在航空、航天、海底作业、地下开采、制造装配等行业有着广泛的应用。
actup
- 计算海底水声信道。考虑海水温度场、盐度场、密度场和海底地貌的影响(Underwater acoustic channel calculation)