Other Solutions Can we change the camera configuration?
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Problem Description Using deep learning data driven approach to achieve low light imaging
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Contributions
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See-in-the-Dark Dataset
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Camera Setup - Output
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Amplification Factor (y)
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Bayer Array
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X-Trans vs. Bayer
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Network Architecture - Training
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ConvNet Block - UNet
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Experimental Evaluation
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Experiment 1a - Perceptual
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Baseline Methods - Denoising
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Experiment 1b: Qualitative - Traditional
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Experiment 1b : Qualitative - BM3D
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Experiment 2: Qualitative - Smartphones
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Evaluation Metrics
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Quantitative Results
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Conclusion
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Ending Remarks
Description:
Explore extreme low-light imaging techniques in this 31-minute lecture from the University of Central Florida. Delve into the challenges of capturing images in near-dark conditions and learn about innovative solutions using deep learning approaches. Examine the See-in-the-Dark Dataset, camera setups, and amplification factors. Understand the intricacies of Bayer arrays and X-Trans sensors. Study the network architecture and training process of a ConvNet Block UNet model. Analyze experimental results comparing traditional methods, denoising techniques like BM3D, and smartphone capabilities. Gain insights into evaluation metrics and quantitative outcomes for improving low-light photography and imaging technologies.
Learning to See in the Dark - Extreme Low Light Imaging Techniques