#jekyll

• Indigo, minimalist jekyll theme

#Fourier transform

• The Fourier Transform, pt.1: DTFT Basics

#DSP

• The Fourier Transform, pt.1: DTFT Basics

• The Fourier Transform, pt.2: Convolution and the Ideal Lowpass Filter

#Math

• The Fourier Transform, pt.1: DTFT Basics

• The Fourier Transform, pt.2: Convolution and the Ideal Lowpass Filter

• Binary De-occlusion in 1D: A Clean Formulation

• Computer Vision Cheat Sheet: Key Concepts and Formulas

• Motion Under Occlusion, pt.1: A Variance-Based Objective

• Surrogate Fourier Optimization via Wirtinger Derivatives

• Motion Under Occlusion, pt.2: Entering the Fourier Domain

• Motion Under Occlusion, pt.3: Bilinear Interpolation as a Filter

• Motion Under Occlusion, pt.4: GCC-PHAT and the Fejér Kernel

• Motion Under Occlusion, pt.5: The Occlusion Bias

• Beyond Similarity: Anisotropic Refinement for Affine Registration

#Fourier Transform

• The Fourier Transform, pt.2: Convolution and the Ideal Lowpass Filter

#Neural network

• Audio Denoising with a U-Net

#Audio

• Audio Denoising with a U-Net

#Contemporary classical music

• Bach Under Fire: Tarnopolski's *Das Alte Jahr Vergangen Ist*

#Bach

• Bach Under Fire: Tarnopolski's *Das Alte Jahr Vergangen Ist*

#War

• Bach Under Fire: Tarnopolski's *Das Alte Jahr Vergangen Ist*

#Algorithms

• Aronson Sequences, pt.1: A Research Dive

• Aronson Sequences, pt.2: Generation Strategies

• Aronson Sequences, pt.3: Enumeration and Pruning

• Aronson Sequence Generator

#Sequences

• Aronson Sequences, pt.1: A Research Dive

• Aronson Sequences, pt.2: Generation Strategies

• Aronson Sequences, pt.3: Enumeration and Pruning

• Aronson Sequence Generator

#Set Theory

• Aronson Sequences, pt.1: A Research Dive

• Aronson Sequences, pt.2: Generation Strategies

• Aronson Sequences, pt.3: Enumeration and Pruning

#Computer Science

• Aronson Sequences, pt.1: A Research Dive

• Aronson Sequences, pt.2: Generation Strategies

• Aronson Sequences, pt.3: Enumeration and Pruning

• Binary De-occlusion in 1D: A Clean Formulation

• Computer Vision Cheat Sheet: Key Concepts and Formulas

• Motion Under Occlusion, pt.1: A Variance-Based Objective

• Surrogate Fourier Optimization via Wirtinger Derivatives

• Motion Under Occlusion, pt.2: Entering the Fourier Domain

• Motion Under Occlusion, pt.3: Bilinear Interpolation as a Filter

• Motion Under Occlusion, pt.4: GCC-PHAT and the Fejér Kernel

• Motion Under Occlusion, pt.5: The Occlusion Bias

• Beyond Similarity: Anisotropic Refinement for Affine Registration

#Discrete mathematics

• Aronson Sequences, pt.1: A Research Dive

• Aronson Sequences, pt.2: Generation Strategies

• Aronson Sequences, pt.3: Enumeration and Pruning

#LLMs

• Getting More from LLMs: A Practical Self-Audit

#Research

• Getting More from LLMs: A Practical Self-Audit

#Python

• Aronson Sequence Generator

#Analog photography

• First Analog Film Roll

#Optimization

• Motion Under Occlusion, pt.1: A Variance-Based Objective

• Surrogate Fourier Optimization via Wirtinger Derivatives

• Motion Under Occlusion, pt.2: Entering the Fourier Domain

• Motion Under Occlusion, pt.3: Bilinear Interpolation as a Filter

• Motion Under Occlusion, pt.4: GCC-PHAT and the Fejér Kernel

• Motion Under Occlusion, pt.5: The Occlusion Bias

• Beyond Similarity: Anisotropic Refinement for Affine Registration

#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

#Sound

• Bell Consort: A Sonic Meditation

#Meditation

• Bell Consort: A Sonic Meditation

#Collective composition

• Bell Consort: A Sonic Meditation