Gamalielmch

FSA

Fourier Shape Analysis (FSA) is a powerful algorithm developed on the basis of Fourier analysis to classify unambiguously particles according to its general form, roundness and roughness.

RadonS

DNN_roundness

Roundness Estimation of Sedimentary Rocks Using Eliptic Fourier and Deep Neural Networks

fourier_workshop

Phasor Animation Fourier

ImageS

Software to segment images

Temporal_Analysis_Fringe

ADQ_canaleta

AG_Variogram

Algortimos_Geneticos

CNN_PDI

Gamalielmch/FSA

Fourier Shape Analysis (FSA) is a powerful algorithm developed on the basis of Fourier analysis to classify unambiguously particles according to its general form, roundness and roughness.

Gamalielmch/RadonS

Gamalielmch/DNN_roundness

Roundness Estimation of Sedimentary Rocks Using Eliptic Fourier and Deep Neural Networks

Gamalielmch/fourier_workshop

Phasor Animation Fourier

Gamalielmch/ImageS

Software to segment images

Gamalielmch/Temporal_Analysis_Fringe

Gamalielmch/Optimization

Codes Convex unconstrain optimization

Gamalielmch/PDI

Images proccesing code Python and Matlab

Gamalielmch/ADQ_canaleta

Gamalielmch/AG_Variogram

Gamalielmch/Algortimos_Geneticos

Gamalielmch/CNN_PDI

Gamalielmch/CNN_roundness

CNN to classify of rock’s roundness using convolution neural network. We test two architectures, the first was designed a customized and the other is the Resnet-18 well-known

Gamalielmch/Images_processing_using_python

algorithms mean to preprocess, segment and analysis of digital images

Gamalielmch/MOFvariation

In order to explore how the maximum observable frequency varies with image resolution, a specifically designed code was developed.

Gamalielmch/Morphology

RadonS software code

Gamalielmch/numerical_methods

Gamalielmch/pattern_recognition

Gamalielmch/repo_prueba

repo_prueba

Gamalielmch/SedimentaryRocksImageDB

Gamalielmch/signals_and_system

Gamalielmch/speech_recognition

codes for speech recognition based on mel-cepstral

Gamalielmch/stochastics_process

Gamalielmch/testgit