报告主题: Bio-inspired technologies: overview and engineering application

报告嘉宾: Assistant Prof. Mingyi Liu (Mechanical Engineering and Robotics, Guangdong Technion – Israel Institute of Technology)

主持人: 魏华贤 博士 (汕头大学8040威尼斯·(Macau)官网机械系)

时间地点: 2024年5月20日15:00~16:00，汕头大学智能制造教育部重点实验室会议室（科技楼521）

报告语言: English

报告摘要:

Bio-inspired technology looks for inspiration from the biology world and tries to catch up or even surpass biological performances. The early and most successful examples include airplane, radar, Velcro tape, waterproof clothes, ant colony algorithm, and artificial neural network, among others. Those inventions have changed the way we live, and no doubt have made our lives much better. Biology can offer us inspiration to solve the problems we encounter on our planet.

In this seminar, I will first review bio-inspired technologies. I will explain the principles underlying the phenomena we see in the biology world. I will introduce the problems in the biology world and try my best to guide you to think about the world we live in.

In the meantime, I will also introduce some of the recent work my lab (the Bio-inspired Mechatronics Lab) is doing, i.e., robotic fish, intelligent control, and efficient robotic arm. We seek inspiration from the natural world, rethink about the principles underlying, and apply those principles to engineering systems to obtain performances that have never achieved before. With robotic fish, we apply reinforcement learning to enable target position and pose seeking/achieving, with any random initial position and any disturbances. We also apply passive dynamics and reinforcement learning to control foot placement with robustness and efficiency. With the robotic arm project, we apply energy recycling and passive control to improve the efficiency by an order, yet still achieve the same motion performance as the traditional robotic arm.

专家简介:

Dr. Mingyi Liu is an assistant professor from the Mechanical Engineering and Robotics department of GTIIT, Guangdong Technion – Israel Institute of Technology. He received his B.S. from Nanchang Hangkong University; M.S. of Precision Instruments from Beijing University of Aeronautics and Astronautics (Beihang University); Ph.D. of Mechanical Engineering from Virginia Tech, with a focus on biomechanical energy harvesting. After two years of postdoctoral training at Virginia Tech, he joined GTIIT as an assistant professor in 2022. His research interest includes energy harvesting and renewable energy, robotics, mechatronics, wearable devices, dynamics/control. He has published more than 20 papers, most of which are in leading journals such as Applied Energy, Renewable Energy, Mechanical System and Signal Processing, Smart Materials and Structures, etc. He has won numerous awards, including R&D 100 Nomination Award, Chinese Scholar Council Award (Full Scholarship to Study Abroad), Bio-build fellowship, etc. He also gave presentations at multiple conferences and won several poster awards and a travel award. He serves as reviewer for a dozen of journals, including Mechatronics, Energies, Applied Physics LETTER, Sensors and Actuators, Smart Materials and Structures, etc.

8040威尼斯·(Macau)官网

2024年5月16日