2024-2025

Math 273B: Calculus of Variations - Winter

Math 269C: Advanced Numerical Analysis: The Finite Element Method - Spring

Math 155: Mathematical Imaging - Fall

2021-2024

[to be added]

Spring 2020

Math 269C: Advanced Numerical Analysis: The Finite Element Method

Winter 2020

Math 285J: Seminar Applied Mathematics - Variational Methods in Image Processing

Spring 2019

Math 269C: Advanced Numerical Analysis: The Finite Element Method

Winter 2019

Math 155: Mathematical Imaging

Fall 2018

Math 269a: Advanced Numerical Analysis

Spring 2018

Math 151a: Applied Numerical Analysis (Lecture 1)

Math 151a: Applied Numerical Analysis (Lecture 2)

Winter 2018

Math 155: Mathematical Imaging

Fall 2017

Math 285J/2 - Seminar: Applied Mathematics (Variational Methods in Image Processing)

Spring 2017

Math 269C: Advanced Numerical Analysis: The Finite Element Method

Winter 2017

Math 155: Mathematical Imaging

Math 269B: Advanced Numerical Analysis

Fall 2016

Math 273b: Calculus of Variations

Math 273b: Calculus of Variations

Math 269C: Advanced Numerical Analysis - The Finite Element Method

Fall 2015

Math 285J Seminar: Applied Mathematics - Variational Methods in Image Processing

Spring 2015

Math 269C: Advanced Numerical Analysis - The Finite Element Method

Winter 2015

Math 115A: Linear Algebra

Math 164: Optimization

Fall 2014

Math 273: Optimization, Calculus of Variations, and Control Theory

Course Information Spring 2014

Math 151A: Applied Numerical Analysis

Math 270C: Mathematical Aspects of Scientific Computing: Computational Linear Algebra

Winter 2014

Math 265B: Real Analysis for Applications

Fall 2013

Math 285J: Variational Models in Image Analysis

Spring 2013

Math 269C: Advanced Numerical Analysis: The Finite Element Method

Winter 2013

Math 273: Optimization, Calculus of Variations, and Control Theory

Fall 2011

Seminar Math 290J (current literature in applied mathematics): Mathematical models in image processing and analysis.

Winter 2011

Seminar Math 290J (current literature in applied mathematics): Mathematical models in image processing and analysis.

Fall 2010

Optimization, Calculus of Variations, and Control Theory 

Seminar Math 290J (current literature in applied mathematics): Mathematical models in image processing and analysis.

Spring 2010

Course Math 269C: Advanced Numerical Analysis (the finite element method) 

Seminar Math 290J (current literature in applied mathematics): Mathematical models for image processing and medical imaging.

Winter 2010

Course Math 164: Optimization 

Seminar Math 290J (current literature in applied mathematics): Mathematical models for image processing and medical imaging.

Fall 2009

Course Math 273: Optimization and Calculus of Variations 

Course Math 285J: Mathematical Models in Image Analysis

Seminar Math 290J (current literature in applied mathematics): Mathematical models for image processing and medical imaging.

Spring 2009

Math 164: Optimization 

Math 290J: current literature in applied mathematics: mathematical models for image processing and medical imaging (joint with CCB).

Winter 2009

Math 273: Optimization, Calculus of Variations, and Control Theory 

Math 155: Mathematical Imaging 

Math 290J: current literature in applied mathematics: mathematical models for image processing and medical imaging (joint with CCB).

Fall 2008

Real Analysis for Applications 

Math 290J, current literature in applied mathematics: mathematical models for image processing and medical imaging (joint with CCB).

Spring 2008

285J: Mathematical models in image analysis 

Math 290J, current literature in applied mathematics: Image Processing (joint with IPAM and CCB). 

Winter 2008

Math 155: Mathematical Imaging 

Math 290J: current literature in applied mathematics, in conjunction with IPAM and LONI, CCB. Topics: variational models, image analysis, medical imaging

Fall 2007

Math 273: Optimization, Calculus of Variations, and Control Theory 

MATH 115A/3 Linear Algebra

Math 290J: current literature in applied mathematics, in conjunction with IPAM and LONI, CCB. Topics: variational models, image analysis, medical imaging

Spring 2007

Math 290J: Shapes in image processing, computer vision and medical imaging (current literature in applied mathematics, in conjunction with IPAM and LONI, CCB)

Winter 2007

Math 151a: Applied Numerical Methods 

Math 155: Mathematical Imaging 

Math 290J and CCB SIG-PDE seminar: current literature in applied mathematics
Course Information Fall 2006

Math 273: Optimization, Calculus of Variations, and Control Theory

Spring 2006

Math 155: Mathematical Imaging

Math 269C: Advanced numerical analysis: The finite element method

Math 290j/2: Current literature in applied mathematics (participating seminar).

Winter 2006

Math 164/2: Optimization 

Math 270C Mathematical Aspects of Scientific Computing: Computational Linear Algebra, Winter 2006

Math 296J/3: Image Processing Seminar

Fall 2005

Math 164/2: Optimization 

Math 290J/3 (Current Literature in Applied Mathematics) 

Math 296J/3: Image Processing Seminar

2005

Math 285J Seminar: Applied Mathematics, Spring 2005
Topic: Mathematical models in image analysis.

Math 115A/3 Linear Algebra, Spring 2005

Math 290J/2 Seminar: Current Literature in Applied Mathematics

Math 296J/3 Participating Seminar Applied Mathematics: Image Processing and Vision

2005

Math 269B: Advanced Numerical Methods, Winter 2005

Math 270C Mathematical Aspects of Scientific Computing: Computational Linear Algebra, Winter 2005

Math 296J/3 Participating Seminar: Image Processing and Vision Seminar 

Math 290J/2 Seminar: Current Literature in Applied Mathematics

2003-2004

Math 269C: Advanced Numerical Methods, Spring 2004

Math 155: Mathematical Imaging, Spring 2004

Math 296J/1: Applied Mathematics Colloquium, 2003 - 2004

2001-2002, 2002-2003

Math 269C: Advanced Numerical Methods, Spring 2003

Math 296J/3: Participating Image Processing Seminar, Spring 2003

Math 269B: Advanced Numerical Methods, Winter 2003

Math 269A: Advanced Numerical Methods, Fall 2002

Math 285J/Seminar, Fall 2001: Variational Methods & PDE's for Image Analysis and Curve Evolution