A curated list of deep learning research papers and implementations for high dynamic range image and video synthesis.
Awesome-Deep-HDR is a curated repository of deep learning-based methods for high dynamic range image and video synthesis. It aggregates research papers, code implementations, and datasets focused on reconstructing HDR content from single or multiple low dynamic range inputs. The collection addresses key challenges in computer vision and graphics, such as motion handling, ghosting reduction, and real-time enhancement.
Computer vision researchers, graphics engineers, and deep learning practitioners working on HDR imaging, computational photography, or video enhancement tasks.
It provides a centralized, up-to-date index of state-of-the-art HDR techniques, saving time in literature review and offering direct access to papers, code, and datasets. The structured categorization by problem type (multi-view, single-image, video) helps users quickly find relevant methods for their specific needs.
A collection of deep learning based methods for HDR image synthesis
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Curates papers from top-tier conferences like CVPR, SIGGRAPH, and ECCV from 2017 to 2021, providing a centralized hub for state-of-the-art methods. Evidence: README lists numerous papers with direct links, such as those from SIGGRAPH Asia 2017 and ICCV 2021.
Includes links to official code implementations in frameworks like TensorFlow and PyTorch, enabling hands-on experimentation. Evidence: entries like AHDRNet and DeepHDRVideo have GitHub code repositories linked in the README.
References key datasets such as the Kalantari Dataset and NTIRE challenge data, essential for training and evaluation. Evidence: README has a dedicated 'Dataset' section with download links.
Organizes methods by problem type (multi-view, single-image, video), simplifying navigation for specific use cases. Evidence: clear sections in the README, like 'Multi-View HDR Image Synthesis' and 'Single Image HDR Reconstruction'.
The repository is a bare list of papers and code links without tutorials or integration help, forcing users to decipher academic papers independently. Evidence: README lacks any explanatory text beyond categorization and links.
Links point to code in varied frameworks (MATLAB, TensorFlow, PyTorch) with no quality control, leading to potential compatibility issues or abandoned projects. Evidence: code links range from official MATLAB zips to third-party GitHub repos, some with minimal updates.
Fails to compare methods or provide evaluation metrics, leaving users to assess effectiveness through trial and error. Evidence: README only lists papers and code, without summaries of results or trade-offs.