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Author

Jingen Zhou

ORCID: 0000-0001-9091-5535
Observed ORCID: 0000-0001-9091-5535
OpenAlex ID: A5046551162
Improving maritime accident severity prediction accuracy: A holistic machine learning framework with data balancing and explainability techniques
2025 · Wenjie Cao, Xinjian Wang, et al. · Reliability Engineering & System Safety · 62
A novel regional ship collision risk assessment framework for multi-ship encounters in complex waters
2024 · Changhai Huang, Xueyan Wang, et al. · Ocean Engineering · 36
An integrated method of advanced optimisation and adaptive ensemble learning for ship fuel consumption prediction
2026 · Wenjie Cao, Xinjian Wang, et al. · Transportation Research Part C Emerging Technologies · 34
A belief rule-based bayesian network approach for assessing risks in the cruise supply chain: An empirical study in Shanghai, China
2022 · Jingen Zhou, Shu-Ling (Peggy) Chen, et al. · Ocean & Coastal Management · 27
The impacts of COVID-19 on the cruise industry based on an empirical study in China
2023 · Jingen Zhou, Shu-Ling Peggy Chen, et al. · Marine Policy · 23
The concept of the cruise supply chain and its characteristics: an empirical study of China's cruise industry
2022 · Jingen Zhou, Shu-Ling (Peggy) Chen, et al. · Maritime Business Review · 17
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Empirical Analysis of the Cruise Shipping Network in Asia
2023 · Maneerat Kanrak, Yui-yip Lau, et al. · Sustainability · 14
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Cruise supply chain risk mitigation strategies: An empirical study in Shanghai, China
2023 · Jingen Zhou, Shu-Ling (Peggy) Chen, et al. · Marine Policy · 13
Model selection for predicting marine traffic flow in coastal waterways using deep learning methods
2025 · Jiashi Wang, Xinjian Wang, et al. · Ocean Engineering · 12
Identifying Risks in the Cruise Supply Chain: An Empirical Study in Shanghai, China
2022 · Jingen Zhou, Shu-Ling (Peggy) Chen, et al. · Transportation Research Record Journal of the Transportation Research Board · 12
Ship autonomous collision avoidance: Improving sparrow search algorithm for complex multi-ship encounters
2025 · Haijiang Li, Hongdong Ou, et al. · Ocean Engineering · 4
A novel framework for identifying fishing grounds from AIS data containing vessels of unknown types
2025 · Changhai Huang, Jialong Kong, et al. · Frontiers in Marine Science · 4
Analysis of the river cruise network in Southeast Asia: A complex network approach
2023 · Maneerat Kanrak, Saksuriya Traiyarach, et al. · Maritime Technology and Research · 4
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Hierarchical relationships analysis: A novel data-driven framework to assess the influential factors of marine accidents
2026 · Yinwei Feng, Xinjian Wang, et al. · Reliability Engineering & System Safety · 3
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Typhoon evolution characteristics and influence on ship navigation with polar coordinate data-driven: A case of historical tropical cyclone trajectory
2025 · JianJun Wu, Xiangqian Meng, et al. · Ocean Engineering · 3
The promotion of Shanghai’s position and function in the global container shipping network
2024 · Liehui Wang, Zhaopei Tang, et al. · International Journal of Urban Sciences · 3
A novel AIS data-driven framework for improved management of anchorage saturation
2026 · Changhai Huang, Chonglei Qi, et al. · Ocean Engineering · 2
Exploring the key risk factors of maritime accidents in different navigational waters: A data-driven hierarchical method
2026 · Xinyi Lv, Huanxin Wang, et al. · Ocean Engineering · 1
Revisiting Demand Forecasting for Educational Tourism: Asymmetric Insights From Educational Attention in Australia
2026 · Yuting Gong, Wenming Shi, et al. · International Journal of Tourism Research
Corrigendum to “A novel regional ship collision risk assessment framework for multi-ship encounters in complex waters” [Ocean. Eng.] 309 (2024) 118583
2026 · Changhai Huang, Xueyan Wang, et al. · Ocean Engineering
Evaluation of the Utility Value Measurement About Arable Land Restoration in Coal Mining Subsidence Areas
2025 · Yifei Wang, Jingen Zhou, et al. · Journal of Sustainable Forestry
Corrigendum to “Ship formation scheduling optimization for the multi-compound channel with deterministic and uncertain arrivals” [Ocean Engineering 342 2 30 (2025) 122815]
2025 · Changhai Huang, Shuo Wang, et al. · Ocean Engineering
Multi-State Risk Performance Analysis Framework for Marine Traffic Systems Via Rf-Gat Integration: Evidence from Liquefied Gas Carrier Deficiencies Networks
2025 · Shenping Hu, Yan Chen, et al. · SSRN Electronic Journal
Risk Performance Analysis Framework for Multi-State Marine Traffic Systems via RF-GAT Integration
2025 · Yan Chen, Shenping Hu, et al. · SSRN Electronic Journal
Works count: 25
Citation count: 278
H-index: 10
I10-index: 10
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