Stars
T81-558: Keras - Applications of Deep Neural Networks @Washington University in St. Louis
basic tools for reading geoid models (represented by spherical harmonic coefficients)
Abstract and slides of "Computation of the gravity gradient tensor due to topographic masses using tesseroids" presented at the 2010 AGU Meeting of the Americas
l3py is a free Open Source software package for computing mass anomalies from time variable gravity field solutions.
A Python package for multipole expansions of electrostatic or gravitational potentials
A python metaheuristic optimization library. Currently supports Genetic Algorithms, Gravitational Search, Cross Entropy, and PBIL.
Jupyter Notebooks with home-made FCNNs, RNNs, CNNs, GAMs models for Airbnb price rental prediction, galaxies classification, gravitational waves classification, named entity prediction, images clas…
Manuscript and code for tesseroid gravitational modeling using variable density distributions
Data Analysis on world GDP data of 2016 to show the Gravitational Model for the UK.
Deng XL, Shen WB (2019) Topographic effects up to Gravitational Curvatures of tesseroids: A case study in China
Matlab Code for Chaotic Kbest Gravitational Search Algorithm (CKGSA)
New supervised learning method that works through mimicking gravity
Gravitational Clustering algorithm which exploits the physical principle of gravitational force between mass units.
A Hybrid model using Auto regressive integrated moving average(ARIMA)+ANN(Artificial Neural network)
Matlab code for paper "Automatic Change Detection in Synthetic Aperture Radar Images Based on PCANet", IEEE GRSL 2016
Matlab code for our JARS18 paper "Spectral and spatial classification of hyperspectral image based on random multi-graphs"
The matlab code for "Synthetic aperture radar image change detection based on frequency domain analysis and random multigraphs" JARS 2018