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Image Compression with Differential Equations

Offered By: Isaac Newton Institute for Mathematical Sciences via YouTube

Tags

Partial Differential Equations Courses Digital Image Processing Courses Mathematical Modeling Courses Interpolation Courses Numerical Methods Courses Approximation Theory Courses

Course Description

Overview

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Explore the innovative application of partial differential equations (PDEs) in digital image compression through this Rothschild Lecture delivered by Professor Joachim Weickert from Saarland University. Dive into the intriguing concept of using PDEs, typically employed to model natural phenomena, for compressing digital images. Discover the three key questions addressed in this lecture: selecting which data to retain, identifying the most effective PDEs, and efficiently encoding the selected data. Gain insights into how this approach combines various mathematical disciplines, including mathematical modeling, optimization, interpolation, approximation, and numerical methods for PDEs. Designed for a broad audience, this 1-hour 22-minute talk requires no specific knowledge of image processing, making it accessible to those interested in the intersection of mathematics and digital imaging.

Syllabus

Date: Thursday 28th September 2017 - 16:00 to


Taught by

Isaac Newton Institute for Mathematical Sciences

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