#jekyll

• Indigo, minimalist jekyll theme

#Fourier transform

• The Fourier transform: pt.1

#DSP

• The Fourier transform: pt.1

• The Fourier Transform: pt.2

#Math

• The Fourier transform: pt.1

• The Fourier Transform: pt.2

• Computer Vision Notes

• 1D deocclusion

• Motion computation via an unsupervised-learning approach (pt.1)

• Motion computation via an unsupervised-learning approach (pt.2)

• Motion computation via an unsupervised-learning approach (pt.3)

• Motion computation via an unsupervised-learning approach (pt.4)

• Moving from 4→6DoF motion computation via anisotropic scale refinement

#Fourier Transform

• The Fourier Transform: pt.2

#Neural network, Audio

• Audio-denoising network

#Neural network

• Audio denoising network

#Audio

• Audio denoising network

#Contemporary classical music

• Das Alte Jahr Vergangen Ist

#Bach

• Das Alte Jahr Vergangen Ist

#War

• Das Alte Jahr Vergangen Ist

#Algorithms

• Aronson sequences (an ongoing research project): pt.1

• Aronson sequences (an ongoing research project): pt.2

#Sequences

• Aronson sequences (an ongoing research project): pt.1

• Aronson sequences (an ongoing research project): pt.2

#Set Theory

• Aronson sequences (an ongoing research project): pt.1

• Aronson sequences (an ongoing research project): pt.2

#Computer Science

• Aronson sequences (an ongoing research project): pt.1

• Aronson sequences (an ongoing research project): pt.2

• Computer Vision Notes

• 1D deocclusion

• Motion computation via an unsupervised-learning approach (pt.1)

• Motion computation via an unsupervised-learning approach (pt.2)

• Motion computation via an unsupervised-learning approach (pt.3)

• Motion computation via an unsupervised-learning approach (pt.4)

• Moving from 4→6DoF motion computation via anisotropic scale refinement

#Discrete mathematics

• Aronson sequences (an ongoing research project): pt.1

• Aronson sequences (an ongoing research project): pt.2

#LLMs

• LLM Prompting & Learning Guide

#Research

• LLM Prompting & Learning Guide

#Analog photography

• Analog photography

#Optimization

• Motion computation via an unsupervised-learning approach (pt.1)

• Motion computation via an unsupervised-learning approach (pt.2)

• Motion computation via an unsupervised-learning approach (pt.3)

• Motion computation via an unsupervised-learning approach (pt.4)

• Moving from 4→6DoF motion computation via anisotropic scale refinement

#Deep Learning

• How occlusion structure breaks CNN digit recognition

#Computer Vision

• How occlusion structure breaks CNN digit recognition

#Robustness

• How occlusion structure breaks CNN digit recognition