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- Graphics & Image Processing
- Garment Modeling & Virtual Try-on
- 3d Rendering & Modeling
Sketch Understanding and Applications
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SketchyCOCO: Image Generation from Freehand Scene Sketches
Intro:
We introduce the first method for automatic image generation from scene-level freehand sketches.
Our model allows for controllable image generation by specifying the synthesis goal
via freehand sketches. The key contribution is an attribute vector bridged
generative adversarial network called edgeGAN which supports high visual-quality image content
generation without using freehand sketches as training data.
We build a large-scale composite dataset called SketchyCOCO to comprehensively
evaluate our solution. We validate our approach on the task of both objectlevel
and scene-level image generation on SketchyCOCO. We demonstrate the method’s capacity
to generate realistic complex scene-level images from a variety of freehand sketches
by quantitative, qualitative results, and ablation studies.
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Language-based Colorization of Scene Sketches
Intro:
This paper proposed the first language-based user-customizable colorization system
for scene sketches. We also proposed the first architecture for text-based instance-level
segmentation of scene sketches.
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SketchyScene: Richly-Annotated Scene Sketches
Intro:
This paper constructed the first large-scale dataset of scene sketches called SketchyScene.
We demonstrate the potential impact of SketchyScene by training
new computational models for semantic segmentation of scene sketches.
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Non-Photorealistic Rendering
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PencilArt: A Chromatic Penciling Style Generation Framework
Chengying Gao, Mengyue Tang, Xiangguo Liang, Zhou Su, Changqing Zou
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Color Restoration and Transfer
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An edge-refined vectorized deep colorization model for grayscale-to-color images
Zhuo Su, Xiangguo Liang, Jiaming Guo, Chengying Gao, Xiaonan Luo
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L0 Gradient-Preserving Color Transfer
Dong Wang, Changqing Zou, Guiqing Li, Chengying Gao, Zhuo Su, Ping Tan
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Image Inpainting
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Data-Driven Image Completion for Complex Object
Chengying Gao, Yanmei Luo, Hefeng Wu*, Dong Wang
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基于稀疏结构的复杂物体修复
高成英，徐仙儿，罗燕媚，王栋
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