Mr. Zhichao Meng | Radar Award | Best Researcher Award
Mr. Zhichao Meng, sun yat-sen university, China
Zhichao Meng, born in November 1997, hails from Meixian, Shaanxi Province. A Han Chinese, he has pursued an impressive academic journey, culminating in a doctoral degree. Zhichao completed his Bachelor’s degree in Remote Sensing Science and Technology at Xi’an University of Electronic Science and Technology (2014-2018), where he developed a keen interest in Synthetic Aperture Radar (SAR) Anti-Jamming. He continued at the same university for his Master’s degree in Information and Communication Engineering (2018-2021), focusing on SAR Imaging and Anti-Jamming. Currently, Zhichao is a Ph.D. candidate at Sun Yat-sen University, furthering his research in SAR Imaging and Anti-jamming under the mentorship of Professor Zhang Lei. His work in this field is pivotal, contributing to advancements in radar technology and its applications.
Education
Born in the picturesque province of Shaanxi, Zhichao Meng’s fascination with technology began early. He embarked on his academic journey at Xi’an University of Electronic Science and Technology, graduating with a Bachelor’s degree in Remote Sensing Science and Technology. Eager to delve deeper, he continued his studies at the same university, obtaining a Master’s degree in Information and Communication Engineering.
The SAR Maestro
Zhichao’s passion for Synthetic Aperture Radar (SAR) technology bloomed during his master’s studies, leading him to specialize in SAR Imaging and Anti-Jamming. His expertise and dedication caught the attention of Zhang Lei, who became his mentor and guide.
A Scholar’s Quest
Currently pursuing his Ph.D. at Sun Yat-sen University, Zhichao remains committed to SAR research, particularly in advancing SAR Imaging and Anti-Jamming techniques. His journey symbolizes a relentless pursuit of knowledge, mirroring the vast expanse of the skies he seeks to understand.
Research Focus
Zhichao’s academic journey has been dedicated to SAR Imaging and Anti-Jamming techniques. His work aims to improve the quality and reliability of SAR imaging systems while developing robust anti-jamming measures to ensure the integrity of the captured data.
Publications Notes:đź“„
Accelerating Minimum Entropy Autofocus with Stochastic Gradient for UAV SAR Imagery
Parametric Azimuth-Variant Motion Compensation for Forward-Looking Multichannel SAR Imagery
Time-Domain Azimuth-Variant MOCO Algorithm for Airborne SAR Imaging
Widefield Parametric Polar Format Algorithm for Spotlight SAR Imaging
General RFI Suppression With Sidelobe Cancellation Filtering for Dual-Polarization SAR Images