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1
Introduction
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Wave Imaging
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Wave Equation
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Traditional Approaches
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New Traditional Approaches
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Material
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Outline
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Convolution
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Inverting extra encryption
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Waves
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Scale separation
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First definition
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Intuition for wave imaging
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Fourier integral operators
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Fios
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Biofiles
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Intuition
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Microlocal Analysis
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Directional Components
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Phase Extension
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Architecture
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Routing Network
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Loss
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Passage Time
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Framework
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Learning
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Experiments
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Reverse time continuation
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Interpreting wave propagation
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Hamiltonians law
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Summary
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Questions
Description:
Join a webinar featuring Prof. Ivan Dokmanić from the University of Basel, hosted by the IEEE Signal Processing Society, as part of the SPACE Webinar Series. Delve into the fascinating world of wave imaging and explore both traditional and innovative approaches to this field. Learn about wave equations, convolution, and Fourier integral operators. Gain insights into microlocal analysis, directional components, and phase extension. Discover the architecture of routing networks and understand the concept of passage time. Explore reverse time continuation and interpret wave propagation through Hamilton's law. Engage with experiments and participate in a Q&A session to deepen your understanding of this complex subject matter.

Advances in Wave Imaging and Microlocal Analysis - SPACE Webinar Series

IEEE Signal Processing Society
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