SOOCHOW UNIVERSITY · SUZHOU, CHINA
Professor · Doctoral Supervisor
Research in optoelectronic sensing systems, quantum imaging and quantum computing, and artificial intelligence, with applications in computational optics and rail transportation.
Optical information and intelligent computation, from research questions to engineering applications.
Cheng Wu is a professor and doctoral supervisor at Soochow University. His research focuses on optoelectronic sensing systems, quantum imaging and quantum computing, and artificial intelligence. His work also encompasses computational optics, intelligent optical sensing and railway engineering applications.
His research in camera-array refocusing, image deblurring and cross-modal information processing supports forward-looking environmental perception for rail transportation. Quantum algorithm applications in energy and other industries form a further research direction.
University faculty directory ↗Computational optics, light-field imaging and intelligent optical sensing. Research includes camera-array refocusing, image deblurring and multimodal perception, with engineering applications in railway environmental sensing.
Research interests in quantum imaging, alongside quantum algorithm applications in energy and other industries through a collaborative project under the National Key R&D Program of China.
Related project ↗Learning methods for visual perception and environment understanding, including neural illumination estimation, sparse LiDAR-supervised stereo matching, point-cloud processing and automated semantic segmentation.
Selected publications ↗Recruiting research talents and postdoctoral fellows to conduct research in optoelectronic sensing, quantum computing and artificial intelligence.
Recruiting research assistants and engineering staff for scientific projects, system development and engineering applications.
Recruiting 2-4 PhD students with relevant research backgrounds to join the team.
Recruiting 20 master students for research training in optoelectronic sensing and intelligent computing.
A project within the “Strategic Science and Technology Innovation Cooperation” key special program, focusing on collaborative research into industry-oriented quantum algorithms.
Computational imaging and multimodal perception research applied to forward-looking railway sensing equipment. The system has been deployed for assisted driving on multiple domestic metro lines and two national railway lines.
Selected publications
Light: Science & Applications
15 (1), 147
Light-field display · Neural illuminationIEEE Transactions on Multimedia
Optics & Laser Technology
184, 112506
Point-cloud denoisingIEEE Transactions on Industrial Informatics
20 (4), 6913–6922
Semantic segmentation · Autonomous drivingIEEE Transactions on Cognitive Communications and Networking
10 (2), 594–606
Spectrum sharing · Railway communicationsSelected Awards
First Prize of Jiangsu Higher Education Scientific Research Achievement Award
Contributor rank: 1Second Prize of Science and Technology Progress Award
Contributor rank: 1China Optoelectronic Instrument Brand List
Contributor rank: 1Research Scientist
Ph.D. in Computer Engineering.