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gardnerthesis
- audiobeam是当前声学发展的主流，声音的传播有高度的指向性，这个文件里详述了音频声束实现的全过程-audiobeam current development of the acoustic mainstream voice communication is highly directional, This document details the audio beam to achieve the whole process
mvdr2
- mvdr,程序，希望对大家学习水声中的波束形成有用啊-mvdr, procedures, we hope to learn the acoustic beam forming useful ah
DLSSNBA
- 一种新的基于麦克风阵列的近场声源定位和语音分离算法，它结合双波束二维定位和近场最小方差波束形成技术在阵列近场范围内实现声源定位和语音分离。-based on a microphone array of near-field acoustic source localization and speech separation algorithm, It combines two-beam two-dimensional positioning and near-field minimum vari
BF_phaseshift
- 相移波束形成仿真程序,用24个阵元仿真,形成181个波束,适用于水声信号处理里的波束形成技术-Phase-shift beamforming simulation program, using 24 array element simulation, the formation of 181-beam, applied to underwater acoustic signal processing in the beam-forming technology
sjm
- 水声合成孔径的波束形成，并采用fftsa和Etam算法分别进行仿真。集中在一个界面里。-Synthetic aperture acoustic beam forming and using fftsa and Etam algorithms are simulated. Concentrated in an interface where.
fftsa_boshuxingcheng
- 利用MATLAB实现的一个简单的水声波束形成程序。实现波束入射角度的定位功能。-The use of MATLAB to achieve a simple acoustic beam-forming process. To achieve the positioning function of beam incident angle.
shuixiaquimianzheng
- 水下球面阵的多波束研究，声学与电子信息工程。-Underwater spherical array of multi-beam, acoustic and electronic information engineering.
fre_Mvdr
- 水声声纳线阵频域自适应波束形成。波束自动适应线阵。是MALTLAB水声编程的重要学习方向。-Underwater acoustic sonar linear frequency domain adaptive beamforming.The beam automatically adapt to the linear array.Programming learning MATLAB underwater acoustic direction.
atWin
- 水声工具箱，用于水声建模，包括BELLHOP、KRAKEN、SCOOTER、SPARC等模块。-The Acoustic ToolBox includes four acoustic models: BELLHOP: A beam/ray trace code KRAKEN: A normal mode code SCOOTER: A finite element FFP code SPARC: A time domain FFP code
refraction_column_outer
- 用已知的空间两点求解声束穿过去界面的声束传播路径非线性算法。-Known spatial two o' clock solve the acoustic beam to pass through to the interface of the sound beam propagation path algorithm.
beamforming
- 声场中的波数形成，能系统的反应声学波导的波束形成，这是形成程序。-The sound field in the wave form, can the system response acoustic waveguide beam forming, it is forming program.
zhixiangxing
- 阵列信号的指向性研究的一个例子，实现这列指向性的一个matlab程序。-The sound field in the wave form, can the system response acoustic waveguide beam forming, it is forming program
Ultrasonic_beam_structure
- Mathematic model of acoustic field for ultrasonic transducers according to "Ultrasonic beam structures in fluid media" paper
fjbsgrhv
- 有小波分析的盲信号处理，基于chebyshev的水声信号分析，采用波束成形技术的BER计算，是一种双隐层反向传播神经网络，各种kalman滤波器的设计。- There Wavelet Analysis Blind Signal Processing, Based chebyshev underwater acoustic signal analysis, By applying the beam forming technology of BER Is a two hidden layer ba
tnixuipw
- 基于chebyshev的水声信号分析，相参脉冲串复调制信号，LDPC码的完整的编译码，非归零型差分相位调制信号建模与仿真分析 ，采用波束成形技术的BER计算。-Based chebyshev underwater acoustic signal analysis, Complex modulation coherent pulse train signal, Complete codec LDPC code, NRZ type differential phase modulation sign
fvjmfwrg
- 调试通过可以使用，基于chebyshev的水声信号分析，采用波束成形技术的BER计算，使用起来非常方便，相参脉冲串复调制信号，课程设计时编写的matlab程序代码，可以广泛的应用于数据预测及数据分析,到达过程是的泊松过程。- Debugging can be used, Based chebyshev underwater acoustic signal analysis, By applying the beam forming technology of BER Very convenien
httnw
- 抑制载波型差分相位调制，基于chebyshev的水声信号分析，包含位置式PID算法、积分分离式PID，是学习PCA特征提取的很好的学习资料，采用波束成形技术的BER计算，BP神经网络用于函数拟合与模式识别，是信号处理的基础，真的是一个好程序。- Suppressed carrier type differential phase modulation, Based chebyshev underwater acoustic signal analysis, It contains positio
DNCV_CR_BF
- 对于声矢量圆阵，比较双重范数约束法和自适应抵消稳健波束形成法得到的波束图。-For acoustic vector circular array, dual comparator norm constraint offset robust and adaptive beamforming method by beam pattern.
fftsa_boshuxingcheng
- 利用MATLAB实现的一个简单的水声波束形成程序。实现波束入射角度的定位功能。-The use of MATLAB to achieve a simple acoustic beam-forming process. To achieve the positioning function of beam incident angle.
beam form
- 最近在学习水声信号处理，该代码是从其他地方下载而来，主要使用时域波束形成，包括模拟信号的产生，可直接使用。(Recently, underwater acoustic signal processing has been downloaded from other places, mainly using time-domain beamforming, including the generation of analog signals, which can be directly used.