Chunfeng Shi

I received my Ph.D. degree in Instrument Science and Technology from Southeast University in June 2026, supervised by Prof. Xiyuan Chen. Prior to this, I worked as a Network Security Engineer at ZTE Corporation from 2020 to 2022. I received my Bachelor's and Master's degrees from Southeast University.

My research interests include perception, localization, and decision-making for unmanned surface and underwater vehicles (USVs/UUVs), cooperative navigation for unmanned swarms, and multi-sensor information fusion.

Email: chunfeng.shi@hhu.edu.cn
Google Scholar: Chunfeng Shi
Address: College of Artificial Intelligence and Automation, Hohai University, Changzhou, China

Chunfeng Shi

Publications

Research illustration: Smoothing Boundary Layer-Based Iterative CKF and Its Application to Attitude Estimation in Cooperative USV Swarms
Smoothing Boundary Layer-Based Iterative CKF and Its Application to Attitude Estimation in Cooperative USV Swarms
Chunfeng Shi, Xiyuan Chen*, Xuyang Jiang, Yulu Zhong.
IEEE Transactions on Industrial Informatics (TII), 2026 (SCI, TOP, IF: 9.9)
Research illustration: An Improved Fuzzy Adaptive Iterated SCKF for Cooperative Navigation
An Improved Fuzzy Adaptive Iterated SCKF for Cooperative Navigation
Chunfeng Shi, Xiyuan Chen*, Junwei Wang.
IEEE-ASME Transactions on Mechatronics, 2024 (SCI, TOP, IF: 7.3)
Research illustration: DMRCKF: A resampling-free robust CKF for USV swarm cooperative navigation under uncertain measurements
DMRCKF: A resampling-free robust CKF for USV swarm cooperative navigation under uncertain measurements
Chunfeng Shi, Xiyuan Chen*, Yulu Zhong, Ning Gao.
Ocean Engineering, 2026 (SCI, TOP, IF: 5.5)
Research illustration: An improved multi-source information fusion method for IMU compensation of missile
An improved multi-source information fusion method for IMU compensation of missile
Chunfeng Shi, Xiyuan Chen*, Junwei Wang.
EURASIP Journal on Advances in Signal Processing, 2023 (SCI, IF: 1.9)
Research illustration: A Node Selection Method Based on Information Gain and Bionic Neighborhood Perception for Cooperative Navigation
A Node Selection Method Based on Information Gain and Bionic Neighborhood Perception for Cooperative Navigation
Chunfeng Shi, Xiyuan Chen*, Weiming Jing, Xuyang Jiang.
5th International Symposium on Aerospace Engineering and Systems (ISAES), 2026 (Best Paper Award)
Research illustration: Adaptive CKF for AUV Cluster Cooperative Navigation in Complex Marine Environments with Random Delays and Outlier Measurements
Adaptive CKF for AUV Cluster Cooperative Navigation in Complex Marine Environments with Random Delays and Outlier Measurements
Chunfeng Shi, Xiyuan Chen*, Zhiting Yao, Wenqi Fu, Ning Gao.
35th International Ocean and Polar Engineering Conference (ISOPE), 2025
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A Correcting Accelerometer Errors Algorithm for SINS/CNS Integrated System
Chunfeng Shi, Xiyuan Chen*, Junwei Wang.
International Conference on Guidance, Navigation and Control (ICGNC), 2022
Multi-source error analysis and simulation of high accuracy strapdown inertial navigation system in overload section of ballistic missile
Xiyuan Chen, Chunfeng Shi, Di Liu.
Journal of Chinese Inertial Technology, 2020 (EI)

Education and Experience

Projects & Patents

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  • Patent: Xiyuan Chen, Chunfeng Shi, Di Liu. A SINS/CNS integrated navigation method for correcting accelerometer errors (Granted, CN111707259B)
  • Patent: Xiyuan Chen, Chunfeng Shi. An inertial/celestial integrated navigation method for improving position error estimation accuracy (Granted, CN111060097B)
  • Patent: Hong Zeng, Chunfeng Shi, Junyi Yang, et al. A dynamic personalized song recommendation system and method based on EEG headset (Granted, CN105045898B)

Honors

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  • 2022: Second Prize, China Sensor Innovation and Entrepreneurship Competition.
  • 2016: Honorable Mention, Interdisciplinary Contest in Modeling (ICM).
  • 2016: First Prize, "Beidou Cup" National Youth Sci & Tech Innovation Competition.
  • 2015: First Prize, 5th China Educational Robot Competition.
  • 2015: First Prize, 3rd National Virtual Instrument Competition.
  • 2015: Second Prize, China Robot Competition and RoboCup Open.

Academic Activities