csyifangli

csyifangli's Stars

• jeanbarbier/BPCS

  Compressed sensing

  Language:Matlab62

• strin/corrcs

  Correlated Compressive Sensing for Networked Data

  Language:Matlab51

• csyifangli/compressed-sensing

  A couple of simple compressed sensing examples, based on examples from the notes of the excellent Computational Methods for Data Analysis course on Coursera taught by Nathan Kutz.

  Language:MATLAB1

• ThomasA/cs-correlated-noise

  This is a package of Matlab scripts to reproduce the results of the scientific paper "Compressed Sensing with Correlation Between Measurements and Noise"

  Language:MATLAB37

• csyifangli/BPCS

  Compressed sensing

  Language:MATLAB1

• shaabans/compressed-sensing

  A couple of simple compressed sensing examples, based on examples from the notes of the excellent Computational Methods for Data Analysis course on Coursera taught by Nathan Kutz.

  Language:Matlab2813

• hongtao-argmin/An-efficient-method-for-robust-projection-matrix-design

  Projection matrix design in Compressed Sensing

  Language:MATLAB115

• Romain-Chion/CompressiveSensing

  Compressive Sensing Project

  Language:Matlab31

• gummif/SpESO

  Energy spectrum estimation of turbulence signals by compressive sampling (compressed sensing)

  Language:Matlab137

• lucy9215/csensing

  Matlab code for compressive sensing

  Language:Matlab123

• xingwangsfu/MR-AMP

  Multi-resolution approximate message passing algorithm for multi-resolution compressed sensing problem

  Language:Matlab2010

• yalesong/BGCS

  Bayesian Group-sparse Compressed Sensing Toolbox (FG 2015)

  Language:Matlab4314

• hamidpalangi/Distributed-Compressive-Sensing-A-Deep-Learning-Approach

  Distributed Compressive Sensing: A Deep Learning Approach

  Language:Matlab6933

• YuFeiGan/CSNet

  The deep Learning network based on Compressive Sensing

  Language:Matlab810

• shihaoji/bcs

  Bayesian Compressive Sensing and Multi-task Compressive Sensing

  Language:Matlab8039

• LaurentNevou/Light_WaveGuide2D

  Computes effective mode in a 2D wave guide

  Language:MATLAB337

• AdriBesson/USSR-IUS2017

  USSR: An UltraSound Sparse Regularization framework

  Language:Python2

• AdriBesson/us-rawdata-sda

  A Deep Learning Approach to Ultrasound Image Recovery

  Language:Python11

• JKusunose/P4-1-FAPI

  Code for the Multi-angle plane-wave ultrasound contrast imaging method for P4-1

  Language:Matlab98

• bmezhou/USSR-IUS2017

  USSR: An UltraSound Sparse Regularization framework

  Language:Python1

• bmezhou/planeWaveBMode

  Language:Matlab45

• g4idrijs/TMI-2017-Ultrasound-Toews

  Code for Tracked Ultrasound Auto-calibration, see article in IEEE Transactions on Medical Imaging 2017

  Language:C++13

• g4idrijs/USSR-IUS2017

  USSR: An UltraSound Sparse Regularization framework

  Language:Python2

• g4idrijs/Plane_Wave_Ultrasound_Stolt_F-K_Migration.github.io

  MATLAB, Python, and CUDA Implementations of Plane Wave Ultrasound Imaging with Stolt's f-k Migration (Original MATLAB code and plane wave data came from here: http://www.biomecardio.com/pageshtm/tools/toolsen.htm) [Reference: Garcia D et al. Stolt's f-k migration for plane wave ultrasound imaging. IEEE UFFC, 2013;60:1853-1867.]

  Language:Cuda44

• g4idrijs/us-non-stationary-deconv

  Fast Non-stationary Deconvolution in Ultrasound Imaging

  Language:Matlab1

• Davidhuangwei/SASB

  Feasibility study of sidelobe reduction techniques for Synthetic Aperture Sequential Beamforming

  Language:Matlab11

• Davidhuangwei/MIDI_Interface

  MIDI interface for ultrasonic phased array control

  Language:C#11

• Davidhuangwei/Ultrasound-Image-Denoising

  Programmed with both C++ and Matlab languages to achieve several methods of ultrasound image denoising

  Language:C++11

• Davidhuangwei/synaptus

  A Matlab/Octave toolbox for synthetic aperture ultrasound imaging

  Language:Matlab21

• Davidhuangwei/Segmentation-of-Ultrasound-Images

  The purpose of this study is the contour extraction of a region of interest in ultrasonic images. I applied the anisotropic diffusion algorithm to preprocess images, then an active contour model using a gradient vector flow was employed. In the end, the contour of a lesion area of the ultrasonic images was extracted.

  Language:Matlab21