Mr. Xiaoyin Zheng | Computer Vision Awards | Best Researcher Award
Mr. Xiaoyin Zheng, XMotors.ai, United States
Google Scholar
š Education:
Xiaoyin Zheng earned his M.S. in Engineering Technology from Purdue University, specializing in robotics and self-driving technology. He also holds a Bachelor’s in Automotive Engineering from Wuhan University of Technology.
š¬ Technical Skills:
Xiaoyin is proficient in Python, C, C++, and MATLAB/Simulink. His expertise includes computer vision and deep learning, with a focus on object classification, detection, segmentation, tracking, and model acceleration.
š¼ Professional Experience:
Xiaoyin is currently a Computer Vision Algorithm Engineer at XMotors.ai, where he integrates deep learning into cabin monitoring systems and improves driver state monitoring through advanced data processing. Previously, he interned as a Mechanical Engineer at Along Aircraft Manufacturing Company, where he worked on airplane mechanical parts and fly test approvals.
š¬ Research Experience:
His research includes developing simulators for autonomous vehicle dynamics and lithium battery state-of-charge estimation using extended Kalman filtering. He also contributed to designing a foldable personal mobility device, winning first prize at the GM Tech Center competition.
š Teaching Experience:
As a Graduate Teaching Assistant at Purdue University, Xiaoyin taught Automated Manufacturing Processes and Applied Statics, guiding students in CNC operations, CAD design, and fundamental engineering concepts.
š Achievements:
Xiaoyin’s innovative work in robotics and autonomous systems, coupled with his successful research and teaching roles, highlights his commitment to advancing engineering technology and education.
Publication Top Notes:
Lithium battery soc estimation based on extended kalman filtering algorithm
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Year: 2018
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Citations: 27
Multi-scale fractal characteristics of the pore system in low-permeability conglomerates from the junggar basin
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Year: 2023
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Citations: 2
Anything in Any Scene: Photorealistic Video Object Insertion
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Year: 2024
A Minimal Set of Parameters Based Depth-Dependent Distortion Model and Its Calibration Method for Stereo Vision Systems
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Year: 2024