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1
Introduction
2
Computational Imaging
3
Black Holes
4
Black Hole Shadow
5
Frequency Space
6
Measurements
7
Imaging Algorithms
8
Avoiding Shared Human Bias
9
What do we learn
10
Critical Velocity
11
Ring Size
12
Recovery N87
13
Recovery Sagittarius
14
Stochastic PD
15
Black hole simulation
16
Simple experiments
17
Optimal telescope design
18
Building confidence
19
Solving for the location of telescopes
20
Sensor Sampling Distribution
21
Core Design Problem
22
Applications
23
Technical Questions
Description:
Join a captivating webinar in the Computational Imaging SPACE series featuring Katie Bouman from Caltech. Delve into the fascinating world of black hole imaging, exploring advanced techniques in computational imaging and signal processing. Learn about the groundbreaking work that led to the first-ever image of a black hole shadow. Discover the challenges of imaging at extreme distances and how innovative algorithms and optimal telescope designs are revolutionizing our understanding of the universe. Explore topics such as frequency space analysis, imaging algorithms, and methods to avoid shared human bias in scientific observations. Gain insights into critical velocity measurements, ring size determination, and the recovery of images from challenging datasets. Witness how simple experiments and simulations contribute to building confidence in black hole imaging results. Engage with applications of these techniques and participate in a technical question session to deepen your understanding of this cutting-edge field. Read more

Computational Imaging: Black Hole Shadows and Imaging Algorithms - Webinar

IEEE Signal Processing Society
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