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Chaire de recherche industriellle CRSNG-Creaform sur la numérisation 3D: CREATION - 3D

3D 数字化工业研究主席 CRSNG-Creaform：CREATION - 3D

基本信息

批准号：
428271-2016
负责人：
Laurendeau, Denis
金额：
$ 10.2万
依托单位：
Université Laval
依托单位国家：
加拿大
项目类别：
Industrial Research Chairs
财政年份：
2019
资助国家：
加拿大
起止时间：
2019-01-01 至 2020-12-31
项目状态：
已结题

来源：
https://www.nserc-crsng.gc.ca/ase-oro/Details-Detailles_eng.asp?id=693533
关键词：
Chaire de recherche industriellle CRSNG

项目摘要

The mission of the CREATION-3D Industrial Research Chair is to:Explore fundamental problems in 3D computer vision and propose innovative solutions of strategic interest to the industrial partner.The fulfillment of this mission involves achieving five key objectives:1- conduct advanced fundamental and applied research three main areas: i) billion vs microns, ii) & visualization interfaces, and iii) light-surface interaction;2 - disseminate research findings in leading scientific journals and conferences;3- train highly qualified personnel in computer vision and its related fields;4- promote the research and transfer technology to the user domaine;5- promote the activities of the Chair and increase its visibility within the machine vision community and the public.More specifically, the research program first looks to the types of surface representation that can process a very large number of points (several hundred million) collected from large objects at very fine resolution (100 microns). Second, the research focuses on new ways to interact with 3D sensors and inspection software, including the exploitation of augmented reality technologies. Finally, the light-surface interaction will be investigated in order to add information on the eflectance and surface roughness to the macroscopic data on their geometry.

create -3D工业研究主席的使命是：探索3D计算机视觉的基本问题，并为工业合作伙伴提出具有战略意义的创新解决方案。完成这一任务包括实现五个关键目标：1 .开展先进的基础和应用研究；三个主要领域：1)十亿微米；2)可视化界面；3)光表面相互作用；在主要科学期刊和会议上传播研究成果；培养计算机视觉及其相关领域的高素质人才；4-促进研究并将技术转移到用户领域；5-促进主席的活动，提高其在机器视觉社区和公众中的知名度。更具体地说，该研究项目首先着眼于能够以非常精细的分辨率（100微米）处理从大型物体收集的大量点（数亿个）的表面表示类型。其次，研究重点是与3D传感器和检测软件交互的新方法，包括增强现实技术的开发。最后，将研究光-表面相互作用，以便将反射率和表面粗糙度的信息添加到它们的宏观几何数据中。