Simon Weber
@SimWeberTUM
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computer vision | phd candidate at @TU_Muenchen, visiting at @imperialcollege also on BlueSky: @simwebertum.bsky.social
Munich, Germany
Joined April 2023
RT @SimWeberTUM: Looking forward to presenting our paper "Finsler multi-dimensional scaling" at #CVPR2025 on Sunday 10:30am, Poster 462! .W….
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RT @Lu_Sang__: Excited to be attending CVPR 2025 this week in Nashville!.I’ll be presenting our recent work:.“4Deform: Neural Surface Defor….
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"A stylish woman in a beige coat walking confidently past a moving train at a modern train station.". Create images and videos in seconds with Grok Imagine.
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Looking forward to presenting our paper "Finsler multi-dimensional scaling" at #CVPR2025 on Sunday 10:30am, Poster 462! .We investigate a largely uncharted research direction in computer vision, aka Finsler manifolds.
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After #CVPR2024, we further investigate beyond-Euclidean computer vision and extend the fundamental task of dimensionality reduction to the largely uncharted Finsler manifolds, with core applications in data analysis and visualisation!.
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Very glad to announce that our "Finsler Multi-Dimensional Scaling" paper, accepted at #CVPR2025, is now on Arxiv!
arxiv.org
Dimensionality reduction is a fundamental task that aims to simplify complex data by reducing its feature dimensionality while preserving essential patterns, with core applications in data...
We are thrilled that our group has twelve papers accepted at #CVPR2025! 🚀.Congratulations to all of our students for this great achievement! 🎉. For more details, check out:
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RT @LinusHNielsen: We are presenting DiffCD tomorrow morning at #ECCV2024!. Come by poster 214 to discuss how to fit neural SDFs to point c….
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Looking forward to present "PoVar" at #ECCV2024 tomorrow at 4:30pm, Poster 097 !.Check out our paper 📝 : our code 💻 : and our video 📹:
Very glad to announce that our paper "Power Variable Projection for Initialization-Free Large-Scale Bundle Adjustment" has been accepted at #ECCV2024! .Check out
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RT @ysngshn: Feel free to drop by our poster stand tomorrow afternoon (Thursday 13:30-15:00, hall c 4-9, poster number #1402): https://t.c….
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As a follow-up paper to our CVPR'23 "Power Bundle Adjustment" , we study now the BA problem without initialization and design an efficient solver based on the largely unexplored Variable Projection algorithm.
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Very glad to announce that our paper "Power Variable Projection for Initialization-Free Large-Scale Bundle Adjustment" has been accepted at #ECCV2024! .Check out
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Looking forward to present our poster "Flattening the Parent Bias: Hierarchical Semantic Segmentation in the Poincaré Ball" at #CVPR2024 in Arch 4A-E, Friday 21st, 5pm!.
1. "Flattening the Parent Bias: Hierarchical Semantic Segmentation in the Poincaré Ball" by @SimWeberTUM et al. Standard segmentation suffers from a bias to the parent class. Hyperbolic space is not biased due to more uniform separation of class margins, no hierarchies needed!
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RT @GaoMaolin: 🎷🎷Come and check out our paper on "Finsler-Laplace-Beltrami Operators with Application to Shape Analysis". Today (Wed) 10:30….
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Very glad to announce that my two #CVPR2024 papers are now on arXiv! . Flattening the Parent Bias: Hierarchical Semantic Segmentation in the Poincaré Ball Finsler-Laplace-Beltrami Operators with Application to Shape Analysis
A little late to the party but: 🥳. We are very proud that the students of our lab, together with great collaborators, are going to present 12 amazing works at #CVPR2024! . For more info, visit our website:
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RT @tumcvg: A little late to the party but: 🥳. We are very proud that the students of our lab, together with great collaborators, are going….
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RT @ZorahLaehner: @GaoMaolin and I will present this on Wednesday in the morning poster session. Come and talk to us!.
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RT @fdellaert: Just read this cool 3D reconstruction paper on “Power BA” from @SimWeberTUM et al, one of the papers at CVPR this week (whic….
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The implementation of our #CVPR2023 paper "Power Bundle Adjustment for Large-Scale 3D Reconstruction" is now available. Project page: Implementation:
github.com
Contribute to simonwebertum/poba development by creating an account on GitHub.
Very glad to announce that our paper "Power Bundle Adjustment for Large-Scale 3D Reconstruction" has been accepted at #CVPR2023!. Paper: Code: To be released in May .Coauthors: Nikolaus Demmel, Tin Chon Chan, Daniel Cremers
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