录用率48%到68%! I3D/ICDAR/CogSci/ICIP2023即将截稿 |
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点击文末公众号卡片,不错过计算机会议投稿信息 会议简称截稿时间通知时间录用率官网I3D202322.12.2123.2.2122年47.0%https://i3dsymposium.org/2023/ICDAR202322.1.1523.3.2621年53.5%https://icdar2023.org/CogSci202323.2.123.4.521年68.2%https://cognitivesciencesociety.org/cogsci-2023/ICIP202323.2.1523.6.2122年44.1%https://2023.ieeeicip.org/I3D2023 会议全称:Interactive 3D Graphics and Games 录用率: 22年 47.0% (16/34) 18-22年 平均50.3% CCF分级:计算机图形学与多媒体B 截稿时间:22.12.21 录用通知时间:23.2.21 官网链接:https://i3dsymposium.org/2023/ 征稿范围: Real-time rendering Real-time ray tracing and path tracing Physics-based animation Virtual and augmented reality Deep learning for graphics and simulation Collision detection Real-time computer vision Navigation in virtual environments Texture synthesis Real-time post-processing effects Interactive 3D modeling In-the-wild 3D reconstruction Level-of-detail approaches Pre-computed lighting for real-time applications Visibility computation Real-time surface shading Fast shadows, caustics and reflections Impostors and image-based techniques Motion synthesis and path planning Character and crowd animation and simulation techniques Interaction devices and techniques User studies of interactive techniques Sketch-based 3D modeling and design Video game techniques Content generation techniques for real-time applications CogSci2023 会议全称:Cognitive Science Society Annual Conference 录用率:21年 68.2% (484/710)(22年数据暂无) CCF分级:交叉/综合/新兴B 截稿时间:23.2.1 录用通知时间:23.4.5 官网链接:https://cognitivesciencesociety.org/cogsci-2023/ 征稿范围: The mission of the Society is to promote Cognitive Science as a discipline, and to foster scientific interchange among researchers in various areas of study, including Artificial Intelligence, Linguistics, Anthropology, Psychology, Neuroscience, Philosophy, and Education. ICDAR2023 会议全称:International Conference on Document Analysis and Recognition 录用率:21年 53.53% (182/340)(22年数据暂无) CCF分级:人工智能C 截稿时间:22.1.15(23:59 AOE) 录用时间:23.3.26 官网:https://icdar2023.org/ 征稿范围: Document image processingPhysical and logical layout analysis Text and symbol recognition Handwriting recognition Document analysis systems Document classification Indexing and retrieval of documents Document synthesis Extracting document semantics NLP for document understanding Office automation Graphics recognition Human document interaction Document Representation Modeling Structured document generation Multimedia document analysis Mobile text recognition Pen-based document analysis Scene text detection and recognition Recognition of tables and formulas Historical document analysis Signature verification Document summarization and translation Document forensics and provenance Medical document analysis Document analysis for social good Document analysis for literature search Gold-standard benchmarks and datasets ICIP2023 会议全称:International Conference on Image Processing 录用率: 22年 44.1% (863/1957) 18年 47.9% (840/1753) CCF分级:计算机图形学与多媒体C 截稿时间:23.2.15 录用通知时间:23.6.21 官网链接:https://2023.ieeeicip.org/ 征稿范围: Sensing, Representation, Modeling, and Registration Motion Estimation, Registration, and Fusion Synthesis, Rendering, and Visualization Deep Learning for Images and Videos Computational Imaging Learning with Limited Labels Restoration and Enhancement Image & Video Interpretation and Understanding Compression, Coding, and Transmission Detection, Recognition, Retrieval, and Classification Color, Multi-spectral, and Hyper-spectral Imaging Biometrics, Forensics, and Security Stereoscopic, Multi-view, and 3D Processing Biomedical and Biological Image Processing Image & Video Quality Models Emerging Applications and Systems 点击文末公众号卡片,回复"I3D""ICDAR""CogSci""PRL"进对应会议交流群 本文首发于【计算机会议投稿】公众号,作者尼谟为中科院自动化所工程师。 该公众号为CCF所有收录会议设立投稿交流群,后台回复会议名即可进群,如“UIC”,群内活跃度高,进群讨论不错过会议信息。 公众号文章会发布近期截稿会议、转投会议推荐、录用率趋势、录用分数分析等重要信息,欢迎各位计算机科研人关注本号或与尼谟交流。 |
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