Special Session 3: Biomimetic Eye and Imaging Technology 仿生眼及成像技术
Introduction: Vision is the
most important aspect of the perception ability of humanoid
robots, which not only requires imaging functions such as
target recognition, panoramic view, and 3D reconstruction,
the evolution of their form towards that of biomimetic human
eyes. This topic explores imaging technologies applicable to
robot vision, including but not limited to bionic eye
systems, intelligent imaging systems, target recognition,
panoramic view, 3D reconstruction, and other imaging
technologies
视觉是人形机器人感知能力的重中之重，不仅需要具有目标识别、全景环视、三维重构等成像功能，其外形也朝着仿生人眼的方向发展。本专题探讨适用于机器人视觉的成像技术，包括但不限于仿生眼系统、智能成像系统、目标识别、全景环视、三维重构等成像技术。
Related topics:
Optical Imaging 光学成像
Liquid Lens 液体透镜
Micro-nano Lenses 微纳透镜
Computational Imaging 计算成像
Organizer
Lei Li 李磊
Sichuan University, China 四川大学
Biodata: Prof. Lei Li is a
professor at Sichuan University. He is engaged in the liquid
lens, imaging, and display technology. Hosted 5
national-level scientific research projects and also led
horizontal cooperation projects with Huawei and Simou. He
has published 46 first/corresponding author papers in
international authoritative journals such as Advanced
Functional Materials, Opto Electronic Advances, PhotoniX,
Optics Letters, Optics Express, Optics and Lasers in
Engineering, and has been granted 9 first inventor patents.
As one of the chief editors, he has authored 1 academic
monograph and the Outstanding Western Science and Technology
Achievement Award in 2023. He has given more than 20
invitation presentations at international and domestic
academic conferences and served as the chairman of three
international academic conferences.
李磊，四川大学 教授 博士生导师
从事液体透镜、成像和显示技术。主持了6项国家级科研项目，并主持华为等横向合作项目。在本学科领域公认的国际权威期刊Advanced
Science、Advanced Functional Materials、Opto-Electronic
Advances、PhotoniX、ACS
Photonics等期刊上发表第一/通讯作者论文51篇，授权第一发明人专利9项，作为主编之一编撰了学术专著1部，研制出电润湿液体透镜和连续光学变焦显微镜2项新产品。获得2024年中国图象图形学会自然科学奖一等奖和2012年军队科技进步二等奖，担任中国光学工程学会计算成像专业委员会专业委员和国家超高清视频创新中心特聘专家。