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Scene Parsing through ADE20K Dataset

Introduces the ADE20K dataset and benchmark for scene parsing, plus a Cascade Segmentation Module network.

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Scene Parsing through ADE20K Dataset

By Bolei Zhou, Hang Zhao, Xavier Puig et al.Computer Vision and Pattern Recognition
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Scene parsing is one of the key problems in computer vision, but despite community data-collection efforts few datasets cover a wide range of scenes and object categories with dense, detailed annotations. The paper introduces and analyzes ADE20K, a dataset spanning diverse annotations of scenes, objects, parts of objects, and in some cases even parts of parts, and builds a scene-parsing benchmark on it with 150 object and stuff classes.

Several segmentation baseline models are evaluated on the benchmark, and the authors propose a novel network design, the Cascade Segmentation Module, that parses a scene into stuff, objects, and object parts in a cascade and improves over the baselines. They further show that the trained scene-parsing networks enable downstream applications such as image content removal and scene synthesis, underscoring the dataset's practical value.

Abstract

Scene parsing, recognizing and segmenting objects and stuff in an image, is a key vision problem lacking datasets with wide coverage and dense annotations. The paper introduces and analyzes ADE20K, which densely annotates scenes, objects, object parts, and sometimes parts of parts. A benchmark of 150 object and stuff classes is built on it, and segmentation baselines are evaluated. A novel Cascade Segmentation Module parses a scene into stuff, objects, and parts in cascade, improving over baselines, and enables applications like image content removal and scene synthesis.

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scene parsingsemantic segmentationADE20K datasetcascade segmentationcomputer vision
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