DeepSSN: a deep convolutional neural network to assess spatial scene similarity

• URL: http://arxiv.org/abs/2202.04755v1
• Date: Mon, 7 Feb 2022 23:53:20 GMT
• Title: DeepSSN: a deep convolutional neural network to assess spatial scene similarity
• Authors: Danhuai Guo, Shiyin Ge, Shu Zhang, Song Gao, Ran Tao, Yangang Wang
• Abstract summary: We propose a deep convolutional neural network, namely Deep Spatial Scene Network (DeepSSN), to better assess the spatial scene similarity. We develop a prototype spatial scene search system using the proposed DeepSSN, in which the users input spatial query via sketch maps. The proposed model is validated using multi-source conflated map data including 131,300 labeled scene samples after data augmentation.
• Score: 11.608756441376544
• License: http://creativecommons.org/licenses/by-nc-sa/4.0/
• Abstract: Spatial-query-by-sketch is an intuitive tool to explore human spatial knowledge about geographic environments and to support communication with scene database queries. However, traditional sketch-based spatial search methods perform insufficiently due to their inability to find hidden multi-scale map features from mental sketches. In this research, we propose a deep convolutional neural network, namely Deep Spatial Scene Network (DeepSSN), to better assess the spatial scene similarity. In DeepSSN, a triplet loss function is designed as a comprehensive distance metric to support the similarity assessment. A positive and negative example mining strategy using qualitative constraint networks in spatial reasoning is designed to ensure a consistently increasing distinction of triplets during the training process. Moreover, we develop a prototype spatial scene search system using the proposed DeepSSN, in which the users input spatial query via sketch maps and the system can automatically augment the sketch training data. The proposed model is validated using multi-source conflated map data including 131,300 labeled scene samples after data augmentation. The empirical results demonstrate that the DeepSSN outperforms baseline methods including k-nearest-neighbors, multilayer perceptron, AlexNet, DenseNet, and ResNet using mean reciprocal rank and precision metrics. This research advances geographic information retrieval studies by introducing a novel deep learning method tailored to spatial scene queries.

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