chntj

chntj's Stars

• nklb/wasserstein-distance

  Compact Matlab code for the computation of the 1- and 2-Wasserstein distances in 1D

  Language:MATLAB398

• DeepLearningDTU/02456-deep-learning-with-PyTorch

  Exercises and supplementary material for the deep learning course 02456 using PyTorch.

  Language:Jupyter Notebook306453

• atong01/conditional-flow-matching

  TorchCFM: a Conditional Flow Matching library

  Language:Python1.1k83

• omniscientoctopus/Physics-Informed-Neural-Networks

  Investigating PINNs

  Language:Jupyter Notebook473125

• xefonon/RIRPINN

  Room Impulse Response reconstruction with Physics Informed Neural Networks

  Language:Jupyter Notebook22

• maziarraissi/PINNs

  Physics Informed Deep Learning: Data-driven Solutions and Discovery of Nonlinear Partial Differential Equations

  Language:Python3.7k1.2k

• vincentherrmann/pytorch-wavenet

  An implementation of WaveNet with fast generation

  Language:Jupyter Notebook968225

• antecessor/Wavenet

  Implementation of Wavenet in torch

  Language:Jupyter Notebook167

• endymioncheung/SFND_Radar_Target_Generation_and_Detection_MATLAB

  Using MATLAB to Radar Target Generation and Detection

  Language:MATLAB81

• Fredzlew/Digital-Twin

  This repository containing a study of model updating and virtual sensing done on a five-story shear frame. The methods used for the model updating are a cost function with a minimazation algorithm and the sensitivty method. Furthermore the virtual sensing is done with the modal decomposition and expansion method. Lastly a rainflow counting is done.

  Language:Jupyter Notebook2

• kristinemlarson/gnssrefl

  GNSS Interferometric Reflectometry Software (GNSS-IR)

  Language:Jupyter Notebook15175