Licaf: Lidar-Camera Asymmetric Fusion For Gait Recognition

Yunze Deng, Haijun Xiong, Bin Feng

Abstract: Gait recognition is a biometric technology that identifies individuals by using walking patterns. Due to the significant achievements of multimodal fusion in gait recognition, we consider employing LiDAR-camera fusion to obtain robust gait representations. However, existing methods often overlook intrinsic characteristics of modalities, and lack fine-grained fusion and temporal modeling. In this paper, we introduce a novel modality-sensitive network LiCAF for LiDAR-camera fusion, which employs an asymmetric modeling strategy. Specifically, we propose Asymmetric Cross-modal Channel Attention (ACCA) and Interlaced Crossmodal Temporal Modeling (ICTM) for cross-modal valuable channel information selection and powerful temporal modeling. Our method achieves state-of-the-art performance ($93.9 \%$ in Rank-1 and $98.8 \%$ in Rank-5) on the SUSTech1K dataset, demonstrating its effectiveness.

External IDs:dblp:conf/icip/DengX024