Driving with Prior Maps: Unified Vector Prior Encoding for Autonomous Vehicle Mapping

• URL: http://arxiv.org/abs/2409.05352v2
• Date: Wed, 11 Sep 2024 06:28:56 GMT
• Title: Driving with Prior Maps: Unified Vector Prior Encoding for Autonomous Vehicle Mapping
• Authors: Shuang Zeng, Xinyuan Chang, Xinran Liu, Zheng Pan, Xing Wei,
• Abstract summary: High-Definition Maps (HD maps) are essential for the precise navigation and decision-making of autonomous vehicles. The online construction of HD maps using on-board sensors has emerged as a promising solution. This paper proposes the PriorDrive framework to address these limitations by harnessing the power of prior maps.
• Score: 18.97422977086127
• License: http://arxiv.org/licenses/nonexclusive-distrib/1.0/
• Abstract: High-Definition Maps (HD maps) are essential for the precise navigation and decision-making of autonomous vehicles, yet their creation and upkeep present significant cost and timeliness challenges. The online construction of HD maps using on-board sensors has emerged as a promising solution; however, these methods can be impeded by incomplete data due to occlusions and inclement weather. This paper proposes the PriorDrive framework to addresses these limitations by harnessing the power of prior maps, significantly enhancing the robustness and accuracy of online HD map construction. Our approach integrates a variety of prior maps, such as OpenStreetMap's Standard Definition Maps (SD maps), outdated HD maps from vendors, and locally constructed maps from historical vehicle data. To effectively encode this prior information into online mapping models, we introduce a Hybrid Prior Representation (HPQuery) that standardizes the representation of diverse map elements. At the core of PriorDrive is the Unified Vector Encoder (UVE), which employs a dual encoding mechanism to process vector data. The intra-vector encoder captures fine-grained local features, while the inter-vector encoder integrates global context. Furthermore, we propose a segment-level and point-level pre-training strategy that enables the UVE to learn the prior distribution of vector data, thereby improving the encoder's generalizability and performance. Through extensive testing on the nuScenes dataset, we demonstrate that PriorDrive is highly compatible with various online mapping models and substantially improves map prediction capabilities. The integration of prior maps through the PriorDrive framework offers a robust solution to the challenges of single-perception data, paving the way for more reliable autonomous vehicle navigation.

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