ClusVPR: Efficient Visual Place Recognition with Clustering-based Weighted Transformer

• URL: http://arxiv.org/abs/2310.04099v2
• Date: Thu, 12 Oct 2023 14:18:52 GMT
• Title: ClusVPR: Efficient Visual Place Recognition with Clustering-based Weighted Transformer
• Authors: Yifan Xu, Pourya Shamsolmoali, Jie Yang
• Abstract summary: We present ClusVPR, a novel approach that tackles the specific issues of redundant information in duplicate regions and representations of small objects. ClusVPR introduces a unique paradigm called Clustering-based weighted Transformer Network (CWTNet) We also introduce the optimized-VLAD layer that significantly reduces the number of parameters and enhances model efficiency.
• Score: 13.0858576267115
• License: http://creativecommons.org/licenses/by-sa/4.0/
• Abstract: Visual place recognition (VPR) is a highly challenging task that has a wide range of applications, including robot navigation and self-driving vehicles. VPR is particularly difficult due to the presence of duplicate regions and the lack of attention to small objects in complex scenes, resulting in recognition deviations. In this paper, we present ClusVPR, a novel approach that tackles the specific issues of redundant information in duplicate regions and representations of small objects. Different from existing methods that rely on Convolutional Neural Networks (CNNs) for feature map generation, ClusVPR introduces a unique paradigm called Clustering-based Weighted Transformer Network (CWTNet). CWTNet leverages the power of clustering-based weighted feature maps and integrates global dependencies to effectively address visual deviations encountered in large-scale VPR problems. We also introduce the optimized-VLAD (OptLAD) layer that significantly reduces the number of parameters and enhances model efficiency. This layer is specifically designed to aggregate the information obtained from scale-wise image patches. Additionally, our pyramid self-supervised strategy focuses on extracting representative and diverse information from scale-wise image patches instead of entire images, which is crucial for capturing representative and diverse information in VPR. Extensive experiments on four VPR datasets show our model's superior performance compared to existing models while being less complex.

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