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This research introduces CoCam4D, a Bayesian framework that leverages multi-agent collaboration to overcome the depth estimation limitations inherent in camera-only autonomous driving systems. By modeling geometric uncertainty through 3D Gaussian primitives, the method enables vehicles to share compact sensory data via C-V2X networks, effectively eliminating the need for LiDAR while significantly improving perception accuracy. The approach represents a meaningful advancement in vision-centric autonomy, demonstrating that cooperative geometry-aware processing can match or exceed performance of sensor-fused baselines.
CoCam4D: Geometry-Aware Cooperative 4D Perception for Camera-Only Autonomous Driving
arXiv:2610.11577v1 Announce Type: new Abstract: Autonomous vehicles often suffer from limited perception due to occlusions, blind spots, limited sensor range, and the complex nature of surrounding environments. Multi-agent collaborative perception (CP) addresses these challenges by allowing vehicles to share sensory information and reconstruct the scene cooperatively. However, camera-only perception remains fundamentally limited by the uncertainty of distance-dependent monocular depth estimation. We propose CoCam4D, a Bayesian framework for collaborative perception that explicitly models geometric uncertainty. It uses a VGGT-based feedforward network to generate 3D Gaussian scene representations with associated uncertainty estimates, enabling multiple vehicles or agents to efficiently combine their observations. By sharing compact Gaussian primitives, reliable observations from one agent can reduce the depth uncertainty of another without requiring LiDAR sensors. To support real-world deployment, we introduce Dynamic Object Primitives (DOPs), a compact 35-byte representation designed for efficient C-V2X communication. Extensive experiments show that our proposed method consistently outperforms recent vision-only methods, achieving improvements of 11.48% on OPV2V+ and 10.62% on DAIR-V2X-C, demonstrating the potential of geometrically grounded collaborative perception for LiDAR-free autonomous driving.
Abstract:Autonomous vehicles often suffer from limited perception due to occlusions, blind spots, limited sensor range, and the complex nature of surrounding environments. Multi-agent collaborative perception (CP) addresses these challenges by allowing vehicles to share sensory information and reconstruct the scene cooperatively. However, camera-only perception remains fundamentally limited by the uncertainty of distance-dependent monocular depth estimation. We propose CoCam4D, a Bayesian framework for collaborative perception that explicitly models geometric uncertainty. It uses a VGGT-based feedforward network to generate 3D Gaussian scene representations with associated uncertainty estimates, enabling multiple vehicles or agents to efficiently combine their observations. By sharing compact Gaussian primitives, reliable observations from one agent can reduce the depth uncertainty of another without requiring LiDAR sensors. To support real-world deployment, we introduce Dynamic Object Primitives (DOPs), a compact 35-byte representation designed for efficient C-V2X communication. Extensive experiments show that our proposed method consistently outperforms recent vision-only methods, achieving improvements of 11.48% on OPV2V+ and 10.62% on DAIR-V2X-C, demonstrating the potential of geometrically grounded collaborative perception for LiDAR-free autonomous driving.
Robotics (cs.RO); Computer Vision and Pattern Recognition (cs.CV)
I.2.10; I.4.8; I.4.9
arXiv:2610.11577 [cs.RO]
(or arXiv:2610.11577v1 [cs.RO] for this version)
https://doi.org/10.48550/arXiv.2610.11577 Focus to learn more arXiv-issued DOI via DataCite (pending registration)
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