Machine Learning and Imaging Lecture 9: “Deep” Networks – Theoretical Motivations

Machine Learning and Imaging Lecture 7-8: Linear and Logistic Classification

Computational 3D topographic microscopy from terabytes of data per sample

Machine Learning and Imaging Lecture 6: Ingredients for Machine Learning

Machine Learning and Imaging Lecture 5: Introduction to Optimization

Machine Learning and Imaging Lecture 4: Mathematical Preliminaries for Discrete Functions

Machine Learning and Imaging Lecture 3: Fourier Transforms in imaging

Machine Learning and Imaging Lecture 2: Signal Processing Preliminaries

Tensorial Tomographic Fourier Ptychography - a new type of 3D microscope

3D imaging of cultural artifacts with the multi-camera array microscope

Machine Learning and Imaging Lecture 1: Mathematical Preliminaries for Continuous Functions

Machine Learning and Imaging Lecture 0: Introduction

Deep blood flow extraction via diffuse correlation spectroscopy with a SPAD array

Identifying immune cell types with label-free multi-photon imaging and deep learning

High-resolution 3D video with a Fourier light field camera array

Video of cellular dynamics captured across 96 well-plate with a multi-camera array microscope - full

Video of cellular dynamics captured across a 96 well-plate with a multi-camera array microscope

Dynamic motion of hundreds of zebrafish embryo revealed by computational microscope

Multi-gigapixel 3D image of an oil painting

Automated pose and eye tracking with the multi-camera array microscope

Imaging Across Multiple Spatial Scales with the Micro Camera Array Microscope

Automated zebrafish pose estimation and eye tracking

Introduction to Fourier ptychography

3D-RAPID: harvester ants

MCAM-54: Gigapixel-scale video of ink drop into water

MCAM-54: Gigapixel-scale video of ink on paper

MCAM-54: Gigapixel-scale video acquisition of mixing fluids

3D-RAPID: zebrafish larvae

3D-RAPID: Drosophila Hydrei

3D-RAPID, a new computational microscope - 3D video of Harverster ants