UW Inverse Problems and Partial Differential Equations Summer School 2010
Topic
Speakers
Details
Mini-courses
The Radon transform and the X-Ray Transform (Gunther Uhlmann, Peter Kuchment). This course will describe in detail the essential properties of these transforms including inversion formulas. The X-ray transform is one of the basic inverse problems, which consists of determining the density of tissue by measuring the attenuation of X-rays passing through the body. The inverse problem for the Radon transform consists of determining a function from integrals along planes. Students will also work on Matlab programs implementing the filtered backprojection algorithm which is commonly used in CT scans. Problem sessions and computer labs will be scheduled during the afternoon.
Orthogonal Bases and Multiscale Analysis (Hart Smith) This course will discuss the use of different orthogonal bases used in the representation of functions in 1 and 2 dimensions, and the role they play in signal and image compression. Emphasis will be placed on the discrete case to keep the presentation elementary. Lectures will be accompanied by assignments using Matlab. Topics will include: the Euclidean and discrete Fourier transform bases, the Fast Fourier Transform algorithm, the Haar basis, the local cosine transform and the JPEG algorithm, and an overview of wavelet theory.
Additional Information
For application and further information, please visit their website at
http://www.math.washington.edu/ipde/summer/
Financial Support
A limited amount of financial support is available for graduate students who study in Canada . Please send a short justification of your request to the PIMS Deputy Director, Prof. G. M. "Bud" Homsy (bud@pims.math.ca).
Your justification should include the following:
1. Letter of support: (please ask your advisor to send a short letter of support, indicating that they approve of your attending the conference)
2. Research interests: (please provide a one paragraph summary of your current research and a one paragraph explanation as to why you are interested in attending the summer school)
3. Cost estimate: (provide an itemized estimate of your travel expenses)
The deadline for receipt of these materials is April 1, 2010. We will contact you with our decision very shortly thereafter.