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CS
Carola Schönlieb
05/10/18
@ Y Combinator
Successful image denoising methods focus on preserving edges, which are crucial for maintaining the integrity of the image's features.
Video
YC
Mathematical Approaches to Image Processing with Carola Schönlieb
@ Y Combinator
05/10/18
Related Takeaways
CS
Carola Schönlieb
05/10/18
@ Y Combinator
Denoising is integrated into the image reconstruction process, addressing both the lack of data and the noise present in measurements.
CS
Carola Schönlieb
05/10/18
@ Y Combinator
The goal in training a neural network for denoising images is to minimize the least squares error between the denoised and clean images across the training set.
CS
Carola Schönlieb
05/10/18
@ Y Combinator
While handcrafted models for image denoising are still relevant, deep neural networks are increasingly outperforming them in various scenarios.
CS
Carola Schönlieb
05/10/18
@ Y Combinator
Total variation regularization is a widely used technique in image denoising that helps preserve sharp discontinuities in images.
CS
Carola Schönlieb
05/10/18
@ Y Combinator
The integration of handcrafted models with neural networks presents exciting opportunities for mathematicians to explore and improve image denoising techniques.
CS
Carola Schönlieb
05/10/18
@ Y Combinator
The technique used for image restoration is similar to the content-aware fill feature in Photoshop, but it predates Photoshop's development.
CS
Carola Schönlieb
05/10/18
@ Y Combinator
My PhD focused on image restoration, specifically using differential equations to solve problems similar to those addressed by Photoshop's content-aware fill.
TS
Tim Sweeney
04/30/25
@ Lex Fridman
The human eye's focus and attention mechanism determines how much detail should be shown in a scene, requiring high resolution for areas of focus while allowing less detail elsewhere.
SP
Sundar Pichai
06/05/25
@ Lex Fridman
I focus on separating signal from noise, which is crucial for effective decision-making in a complex environment like Google.