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Content-independent font recognition on a single Chinese character using sparse representation.

, , , and . ICDAR, page 376-380. IEEE Computer Society, (2015)relocated from Tunis, Tunisia.

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Content-independent font recognition on a single Chinese character using sparse representation., , , and . ICDAR, page 376-380. IEEE Computer Society, (2015)relocated from Tunis, Tunisia.Structure-Aware Image Resizing for Chinese Characters., , , and . MMM (1), volume 10132 of Lecture Notes in Computer Science, page 379-390. Springer, (2017)As-compact-as-possible vectorization for character images., , , and . SIGGRAPH Asia Technical Briefs, page 5:1-5:4. ACM, (2018)FlexiFont: a flexible system to generate personal font libraries., , , , and . ACM Symposium on Document Engineering, page 17-20. ACM, (2014)DCFont: an end-to-end deep chinese font generation system., , , and . SIGGRAPH Asia Technical Briefs, page 22:1-22:4. ACM, (2017)A Data-Driven Personalized Digital Ink for Chinese Characters., , , and . MMM (1), volume 8325 of Lecture Notes in Computer Science, page 254-265. Springer, (2014)Skeleton-guided vectorization of Chinese calligraphy images., , , and . MMSP, page 1-6. IEEE, (2014)Automatic Correspondence Finding for Chinese Characters Using Graph Matching., , , and . ICIG, page 545-550. IEEE Computer Society, (2013)Creating New Chinese Fonts based on Manifold Learning and Adversarial Networks., , , and . Eurographics (Short Papers), page 61-64. Eurographics Association, (2018)Irregular scene text detection via attention guided border labeling., , , , and . Sci. China Inf. Sci., 62 (12): 220103 (2019)