The Third Monocular Depth Estimation Challenge
Jaime Spencer
Fabio Tosi
Matteo Poggi
Ripudaman Singh Arora
Chris Russell
Simon Hadfield
Richard Bowden
GuangYuan Zhou
ZhengXin Li
Qiang Rao
Yiping Bao
Xiao Liu
Dohyeong Kim
Jinseong Kim
Myunghyun Kim
M. Lavreniuk
Rui Li
Qing Mao
Jiang Wu
Yu Zhu
Jinqiu Sun
Yanning Zhang
Suraj Patni
Aradhye Agarwal
Chetan Arora
Pihai Sun
Kui Jiang
Gang Wu
Jian Liu
Xianming Liu
Junjun Jiang
Xidan Zhang
Jianing Wei
Fangjun Wang
Z. Tan
Jiabao Wang
Albert Luginov
Muhammad Shahzad
Seyed Hosseini
Aleksander Trajcevski
James H. Elder

Abstract
This paper discusses the results of the third edition of the Monocular Depth Estimation Challenge (MDEC). The challenge focuses on zero-shot generalization to the challenging SYNS-Patches dataset, featuring complex scenes in natural and indoor settings. As with the previous edition, methods can use any form of supervision, i.e. supervised or self-supervised. The challenge received a total of 19 submissions outperforming the baseline on the test set: 10 among them submitted a report describing their approach, highlighting a diffused use of foundational models such as Depth Anything at the core of their method. The challenge winners drastically improved 3D F-Score performance, from 17.51% to 23.72%.
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