SyMTRS: Synthetic Multi-Task Benchmark for Aerial Depth, Domain Adaptation, and Super-Resolution
A new synthetic dataset called SyMTRS has just been created through an innovative urban simulation process. It includes high-resolution RGB aerial images sized at 2048 x 2048, accurate depth maps, nighttime images to help with domain adaptation, and lower-resolution versions for enhancing quality at scales of x2, x4, and x8. Unlike other datasets that focus on just one aspect, SyMTRS acts as a versatile benchmark, enabling joint work in geometry, radiometry, and other domain tasks. It tackles issues like precise depth annotations, control over lighting differences, and multi-scale imagery that have previously slowed progress in monocular depth estimation and super-resolution for aerial images. You can find this research on arXiv with ID 2604.21801.
Key facts
- SyMTRS is a large-scale synthetic dataset for aerial imagery.
- Generated using a high-fidelity urban simulation pipeline.
- Includes high-resolution RGB images (2048 x 2048).
- Provides pixel-perfect depth maps.
- Includes night-time images for domain adaptation.
- Offers low-resolution variants at x2, x4, and x8 scales.
- Designed as a unified multi-task benchmark.
- Published on arXiv with ID 2604.21801.
Entities
Institutions
- arXiv