Inverse Problems
Cambridge University
Many important real world problems give rise to an Inverse problem (IP). These include medical imaging, non-destructive testing, oil and gas exploration, land-mine detection and process control. For example, in the exploration for oil and gas, one needs to assess the structure of the interior of the earth from observations made at the surface. Typically, an explosion is created and the resulting shockwaves together with their reflections are used to build a model of the structure of the earth. In magnetoencephalography one needs to determine the electric current in the neurones from the measurement of the magnetic field outside the head. In the field of medical imaging IP forms an important tool in diagnostic investigations. For example, PET and SPECT are two modern imaging techniques whose success is dependent on solving IPs.
Read more at: http://www.newton.ac.uk/programmes/INV/
Podcasts Similar to Inverse Problems
Highly Oscillatory Problems: Computation, Theory and Application (93.47%)
Cambridge University
Advanced Monte Carlo Methods for Complex Inference Problems (92.03%)
Cambridge University
Variational methods and effective algorithms for imaging and vision (91.4%)
Cambridge University
Partial Differential Equations in Kinetic Theories (91.16%)
Cambridge University
Uncertainty quantification for complex systems: theory and methodologies (90.92%)
Cambridge University
Discrete Integrable Systems (90.79%)
Cambridge University
Statistical scalability (90.46%)
Cambridge University
Scalable inference; statistical, algorithmic, computational aspects (90.16%)
Cambridge University
Tensor Voices (90.03%)
Eliana Duarte and Thomas Kahle
The Mathematics of Liquid Crystals (89.09%)
Cambridge University
Phylogenetics (88.6%)
Cambridge University
[Audio] ECE 695NS: Numerical Simulations of Electro-optic Energy Systems (88.47%)
Peter Bermel
John Mather (88.26%)
Academy of Achievement
Mathematics for the Fluid Earth (87.86%)
Cambridge University
Physics Education (87.72%)
Mimie Egbo
Technogeneticultural evolution (87.55%)
None
First Light: The Astronomy Century in California, 1917–2017 (87.17%)
The Huntington
- Latest Videos - (86.87%)
Cambridge University
[Audio] Nanoelectronic Modeling: From Quantum Mechanics and Atoms to Realistic Devices (86.62%)
Gerhard Klimeck
THESIS TIPS (86.45%)
MSU
Quantitude (86.28%)
Greg Hancock & Patrick Curran
Dust Safety Science: Improving Combustible Dust Safety in the Workplace (85.59%)
Dr. Chris Cloney
intuitions behind Data Science (85.45%)
Ashay Javadekar
Gravity, Twistors and Amplitudes (85.45%)
Cambridge University
Astro arXiv | astro-ph.IM (85.35%)
Corentin Cadiou
Conversations at the Perimeter (85.35%)
Perimeter Institute
First Light: The Astronomy Century in California, 1917-2017 (85.3%)
The Huntington
Mathematical Modelling and Analysis of Complex Fluids and Active Media in Evolving Domains (85.3%)
Cambridge University
Intro Stats, 3e and Stats: Data and Models, 3e (85.25%)
None
Physics 208 (85.22%)
Peter Beyersdorf
Newton Gateway to Mathematics (85.21%)
Cambridge University
The Pharma Lab Show (84.78%)
Rigaku
TACS Talks Podcast (84.43%)
Teledyne ACS
Bytes of Bio (84.32%)
May
Earthquake Science Center Seminars (84.22%)
U.S. Geological Survey
Hamilton Institute Seminars (HD / large) (83.75%)
Hamilton Institute
Hamilton Institute Seminars (iPod / small) (83.74%)
Hamilton Institute
the bioinformatics chat (83.64%)
Roman Cheplyaka
Fermilab Today Result of the Week (83.6%)
Fermilab Today Result of the Week
Multiscale Numerics for the Atmosphere and Ocean (83.38%)
Cambridge University
Design and Analysis of Experiments (83.32%)
Cambridge University
IEE 475: Simulating Stochastic Systems (83.24%)
Theodore P. Pavlic
Meshing Around with NAFEMS (83.18%)
NAFEMS
The APsolute RecAP: Physics 1 Edition (83.12%)
Ryan McDowell, Melanie Kingett
Modellansatz - English episodes only (83.11%)
Gudrun Thäter, Sebastian Ritterbusch
Sommerfeld Theory Colloquium (ASC) (82.79%)
Michael Haack
Dense Granular Flows (82.75%)
Cambridge University
physics - meaghersclasses (82.72%)
Richard Meagher
PHAR 7633 Pharmacokinetics and Biopharmaceutics (82.67%)
David Bourne
Signal Integrity (82.65%)
Colin Warwick, Agilent EEsof EDA
remindigo (82.23%)
None
Department of Statistics (82.12%)
Oxford University
On Your Wavelength (82.02%)
Ankita Anirban and Cristiano Matricardi
Theoretical Physics - From Outer Space to Plasma (81.82%)
Oxford University
The Science PaperCast (81.82%)
Daniel Wilson, Hause Lin
Modern Optics Podcast (81.78%)
Peter Beyersdorf
Social Research Methods (81.7%)
Armin Trost
Strange & Offbeat News -- ScienceDaily (81.69%)
None
National 5 Physics Revision with Jonas (81.61%)
StudySquare Ltd
Flush to Data (81.49%)
Kris Villez and Jörg Rieckermann
Scaling limits, rough paths, quantum field theory (81.38%)
Cambridge University
Thales Sehn Körting (81.29%)
Thales
What We Don't Know (81.25%)
Lana Howell
Machine Learning with Coffee (81.24%)
Gustavo Lujan
Dr. Acharya Academy (81.13%)
PRADIP KUMAR ACHARYA
Talking Papers Podcast (81.06%)
Itzik Ben-Shabat
William Phillips (81.06%)
Academy of Achievement
Ray Tracing for Global Illumination (81.05%)
Nelson Max
Mathematics and Physics of Anderson Localization: 50 Years After (81.03%)
Cambridge University
Higher structures in homotopy theory (80.97%)
Cambridge University
A-level Physics Revision with Jonas (80.96%)
StudySquare Ltd
Fluid Mechanics 101 Podcast (80.96%)
Aidan Wimshurst
AceJEE | Physics for JEE Main and JEE Advanced by IITians (80.86%)
AceJEE
Physics Frontiers (80.85%)
Jim Rantschler
ptguru's podcast (80.84%)
Kevin Radzik
UKFN Videos 31/7/18 (80.82%)
Cambridge University
My Journey as a Physicist (80.78%)
Bryan Stanley & Huey-Wen Lin
Image Processing and Analysis (80.66%)
Owen Carmichael
Closer to the Phenotype (80.63%)
Metabolon
Physics Communications (80.59%)
Shreyas Ramakrishna
VCE Physics Podcast (80.59%)
VCE Physics
[Audio] ECE 495N: Fundamentals of Nanoelectronics (80.49%)
Supriyo Datta
Chapter 4 of A Student's Guide to Maxwell's Equations (80.48%)
Dan Fleisch
The Field Guide to Particle Physics (80.42%)
Sean Downes
SPACE WAVEFORM (80.39%)
SEDS KCT
Materials and Megabytes (80.37%)
Stanford Materials Computation and Theory Group, Qian Yang's lab at the University of Connecticut
Oxford Physics Public Lectures (80.36%)
Oxford University
Inference for Change-Point and Related Processes (80.36%)
Cambridge University
Leaky Abstraction (80.36%)
Leaky Abstraction
Talking about Science & Tech (80.32%)
Rolando Pablo Hong Enriquez
New Thinking: Advances in the Study of Human Cognitive Evolution (80.31%)
Oxford University
Robocentric (80.22%)
Robocentric
Significant Statistics (80.14%)
John Russell
Yokogawa Debunks (80.08%)
Yokogawa Australia and New Zealand
Periodic and Ergodic Spectral Problems (80.05%)
Cambridge University
Paper In A Nutshell (80.03%)
Debayan Bhattacharya
Theory of Water Waves (80.02%)
Cambridge University
Conversations You Never Had (79.99%)
Bhaskar Thakur,Shashwat Gautam
UKFN Videos 31/7/17 shortlist (79.94%)
Cambridge University
Non-linear Computation (79.9%)
Somali Chaterji