Hi, I'm Yu Zhou (周玙).
Hi, I'm Yu Zhou (周玙).
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I am currently a Specially Appointed Assistant Professor at the Graduate School of Advanced Science and Engineering, Hiroshima University.
I am currently a Specially Appointed Assistant Professor at the Graduate School of Advanced Science and Engineering, Hiroshima University.
My research interests lie in feedback control approaches for optimization, navigation, and robotic control under non-ideal scenarios, as well as safe and resilient control systems over networks.
My research interests lie in feedback control approaches for optimization, navigation, and robotic control under non-ideal scenarios, as well as safe and resilient control systems over networks.
My work focuses on nonlinear and autonomous control systems, including homogeneous systems, continuous-time optimization, and their applications in robotics.
My work focuses on nonlinear and autonomous control systems, including homogeneous systems, continuous-time optimization, and their applications in robotics.
Currently, I am exploring the data efficiency of control systems and optimization. In parallel, I am also working on motion control of autonomous systems over networks.
Currently, I am exploring the data efficiency of control systems and optimization. In parallel, I am also working on motion control of autonomous systems over networks.
Email: yuzhou@hiroshima-u.ac.jp, yu_zhou@yeah.net
I am open to research discussion and collaboration. Please feel free to reach out to me!
News
Effective September 1, 2025, I have been promoted to Specially Appointed Assistant Professor at the Graduate School of Advanced Science and Engineering, Hiroshima University.
I’m excited to share that I will be joining Hiroshima University as a postdoctoral researcher starting June 1, 2025.
I’ll be working on research at the intersection of control, optimization, and learning, with a focus on robust and efficient decision-making for complex systems.
Nomination for the Prix des Meilleures Thèses (PMT) 2025.
I am honored to share that my doctoral research, "Contrôle Homogène avec Quantification d'État" (Homogeneous Control with State Quantization), has been nominated for the Prix des Meilleures Thèses (PMT) 2025 by the GDR MACS, the Section Automatique du Club EEA, and the SAGIP. Out of 17 outstanding applications, my work was selected as one of the six nominees for this pestigious award. gdr-macs.fr/node/4979
Our paper "Inverse Kinematics on Guiding Vector Fields for Robot Path Following" has been accepted by ICRA 2025.
On December 5, 2024, I successfully defended my PhD thesis titled "Homogeneous Control with State Quantization".
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