Videos

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Lecture 2. Mathematical problems parametrized by a finite number of input random variables (finite dimensional case). Perturbation techniques and second order moment analysis. Sampling methods: Monte Carlo and variants; convergence analysis Thumbnail

Lecture 2. Mathematical problems parametrized by a finite number of input random variables (finite dimensional case). Perturbation techniques and second order moment analysis. Sampling methods: Monte Carlo and variants; convergence analysis

Presenter
  • Raul Tempone
October 16, 2010
IMA
An Introduction to Magnetic Resonance Imaging III Thumbnail

An Introduction to Magnetic Resonance Imaging III

Presenter
  • Charles Epstein
August 25, 2010
SLMath
An Introduction to Magnetic Resonance Imaging II Thumbnail

An Introduction to Magnetic Resonance Imaging II

Presenter
  • Charles Epstein
August 24, 2010
SLMath
An Introduction to Magnetic Resonance Imaging I Thumbnail

An Introduction to Magnetic Resonance Imaging I

Presenter
  • Charles Epstein
August 23, 2010
SLMath
Exploring Global Energy Landscape of Lattice Protein Models via Monte Carlo Methods Thumbnail

Exploring Global Energy Landscape of Lattice Protein Models via Monte Carlo Methods

Presenter
  • Samuel Kou
January 16, 2008
IMA
Compressive Optical Spectroscopy Thumbnail

Compressive Optical Spectroscopy

Presenter
  • David Brady
December 7, 2005
IMA
Compressive Imaging: A New Framework for Computational Image Processing Thumbnail

Compressive Imaging: A New Framework for Computational Image Processing

Presenter
  • Richard Baraniuk
November 7, 2005
IMA
Advances in Whole Genome Sequencing Thumbnail

Advances in Whole Genome Sequencing

Presenter
  • Gene Myers
May 6, 2003
IMA

An adaptive randomized pivoting strategy for low-rank approximation

Presenter
  • Alice Cortinovis
February 5, 2026
ICERM
The Communication Complexity of Distributed Estimation Thumbnail

The Communication Complexity of Distributed Estimation

Presenter
  • Parikshit Gopalan
February 3, 2026
IAS
Yihui Quek - Hamiltonian Decoded Quantum Interferometry - IPAM at UCLA Thumbnail

Yihui Quek - Hamiltonian Decoded Quantum Interferometry - IPAM at UCLA

Presenter
  • Yihui Quek
January 15, 2026
IPAM
Jiaqing Jiang - Predicting properties of quantum thermal states from a single trajectory Thumbnail

Jiaqing Jiang - Predicting properties of quantum thermal states from a single trajectory

Presenter
  • Jiaqing Jiang
January 13, 2026
IPAM