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Semantics Aware Loop Closure Detection in Visual SLAM

Saba Arshad, Gon-Woo Kim

Year
2021
Citations
2

Abstract

Loop closure detection is of vital importance to simultaneous localization and mapping for robot motion in an unknown environment. This research reviews the deep learning approaches using semantic information for loop closure detection. In view of shortcomings of the existing research, an improved loop closure detection method is proposed in this research fusing semantic information with a feature-based Bag-of-Words model. RefineNet is used for high-resolution semantic segmentation and dense semantic feature extraction. Semantics being invariant to viewpoint changes and dynamic environment can improve the overall performance of the environment.

Keywords

Computer scienceArtificial intelligenceFeature extractionSegmentationSimultaneous localization and mappingSemantics (computer science)For loopClosure (psychology)Loop (graph theory)Robot

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