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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.]easy_computed_tomography.github.io
Educational and easy-to-understand parallel-beam computed tomography simulator (implemented both in MATLAB and CUDA)FullWaveformInversionUSCT
Full Waveform Inversion for Transmission Ultrasound Computed Tomography with Transmitting and Receiving Linear Array Transducers based on the Angular Spectrum MethodLabVIEW-Interface-for-Olimex-ECG-EMG-Arduino-Shield
This folder contains a LabVIEW VI that will read Arduino analog inputs from the Olimex ECG/EMG shield, graphically render the readings, and save to file inside the "Recorded Samples" folder. PLEASE READ THE "INSTRUCTIONS.txt" FILE FOR MORE INFORMATIONFourierDomainBeamformer
A generic Fourier beamformer based on the cross-correlation of transmitted and received wavefieldsrefractionCorrectedUSCT.github.io
Gauss-Newton Algorithm for Ultrasound Transmission CT Based on Travel Times in MATLABIMPACT
Iterative Model-Based Phase Aberration Correction and [Sound Speed] Tomography (IMPACT)CurvilinearAngularSpectrumMethod
Angular Spectrum Method and Fourier Beamforming Technique for Curvilinear ArraysMainlobeSidelobeSeparation
Separation of Mainlobes and Sidelobes in the Ultrasound Image Based on the Spatial Covariance (MIST) and Aperture-Domain Spectrum of Received SignalsDixInversion4MedicalUltrasound
Sound Speed Estimator for Layered Media in Medical Ultrasound ImagingDistributedAberrationCorrection
Distributed Aberration Correction Techniques Based on Tomographic Sound Speed EstimatesWilson-Cowan-Equations
Object Oriented Finite-Difference Time-Domain Model of 1D and 2D Wilson-Cowan Equations With Animations and Graphical User InterfacesLove Open Source and this site? Check out how you can help us