Asymmetric Stereo High Dynamic Range Imaging with Smartphone Cameras

Stereo high dynamic range imaging (SHDRI) offers a more temporally stable solution to high dynamic range (HDR) imaging from low dynamic range input images compared to bracketing and removes the loss of accuracy that single-image HDR solutions offer. However, few solutions currently exist that take a...

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Published in:Sensors (Basel, Switzerland) Switzerland), 2024-09, Vol.24 (18), p.5876
Main Authors: Russell, Finn, Midgley, William J B
Format: Article
Language:English
Subjects:
Algorithms
Aperture
asymmetric imaging
Asymmetry
Deep learning
Digital cameras
high dynamic range
Methods
Neural networks
Smartphones
stereo imaging
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description Stereo high dynamic range imaging (SHDRI) offers a more temporally stable solution to high dynamic range (HDR) imaging from low dynamic range input images compared to bracketing and removes the loss of accuracy that single-image HDR solutions offer. However, few solutions currently exist that take advantage of the different (asymmetric) lenses, commonly found on modern smartphones, to achieve SHDRI. This paper presents a method that achieves single-shot asymmetric HDR fusion via a reference-based deep learning approach. Results demonstrate a system that is more robust to aperture and image signal processing pipeline differences than existing solutions.
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subjects Algorithms
Aperture
asymmetric imaging
Asymmetry
Deep learning
Digital cameras
high dynamic range
Methods
Neural networks
Smartphones
stereo imaging
title Asymmetric Stereo High Dynamic Range Imaging with Smartphone Cameras
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