潘宝峰（1986-），工学博士，硕士研究生导师。于2015年获得韩国海洋大学工学硕士学位，2019年获得韩国海洋大学工学博士学位。
一、研究方向
雷达追踪(海上高机动目标追踪滤波器的算法设计与优化)
海事安全(航路通航安全性评价相关研究)
航海模拟器
二、期刊论文
1.Bao-Feng PAN& Tae-Gweon Jeong, A Study on the Performance Comparison of Three Optimal Alpha-Beta-Gamma Filters and Alpha-Beta-Gamma-Eta Filter for a High Dynamic Target, The international Journal on Marine Navigation and Safety of Sea Transportation, Vol. 11, No. 1, pp.55-61, March 2017.
2.Bao-Feng PAN, Anne Wanjiru Njonjo & Tae-Gweon Jeong, A Study of Optimization of Alpha-Beta-Gamma-Eta Filter for Tracking a High Dynamic Target, The International Journal on Marine Navigation and Safety of Sea Transportation, Vol.11, No. 1, pp. 49-53, March 2017.
3.Anne Wanjiru Njonjo, Bao-Feng PAN& Tae-Gweon Jeong, A Basic Study on Development of a Tracking Module for ARPA system for use on High Dynamic Warships, Journal of Navigation and Port Research, Vol. 40, No. 2, pp. 85-89, April 2016.
4.Tae-Gweon Jeong & Bao-Feng PAN, A.W Njonjo, Optimization of the Gain Parameters in a Tracking Module for ARPA system on Board High Dynamic Warships, Journal of Navigation and Port Research, Vol. 40 No. 5, pp. 241-247, October 2016.
5.Bao-Feng PAN& Tae-Gweon Jeong, A Study on Minimum Number of Ship-handling Simulation Required for Evaluating Vessel’s Proximity Measure, Journal of Navigation and Port Research, Vol. 38 No. 6, pp. 689-694, December 2014.
6.Anne Wanjiru Njonjo, Bao-Feng PAN& Tae-Gweon Jeong, Basic Study on the Comparison of Performance of filter and Kalman Filter for use in a Tracking Module for ARPA system on Board High Dynamic Warships, Journal of Navigation and Port Research, Vol.41, No.5, pp. 269-276, October 2017.
7.Bao-Feng PAN, Anne Wanjiru Njonjo & Tae-Gweon Jeong, A Study of Optimization of Filter for Tracking a High Dynamic Target, Journal of Navigation and Port Research,Vol.41, No.5, pp. 297-302,October 2017.
8.SHAO Yan-Bo&PAN Bao-Feng, Evaluating the Efficiency of Seaports in China and Korea: Comparing Data Envelopment Analysis and Stochastic Frontier Analysis, Journal of Donghua University (English Edition), Vol.35, No.4, pp. 351-355, April 2018.
三、国际会议论文
1.A Study on Minimum Sample Size for Vessel’s Proximity Measure in Ship-handling Simulation, Proceedings of Asia Navigation Conference 2014, pp. 426-433, November 2014.
2.Theoretical Approach of Optimization of the Gain Parameters α, β and γ of a Tracking Module for ARPA system on Board Warships, Proceedings of Asia Navigation Conference 2015, pp. 214-221, November 2015.
3.Theoretical Approach of Development of Tracking Module for ARPA system on Board Warships, Proceedings of Asia Navigation Conference 2015, pp. 222-231, November 2015.
4.A Study of Performance of Optimal Filter for Tracking a High Dynamic Target, Proceedings of Asia Navigation Conference 2016, pp. 273-279, November 2016.
5.A Study on Determination of Own Ship’s Courses for Delaying Pirate’s Approach, Proceedings of Asia Navigation Conference 2016, pp. 202-211, November 2016.
6.Basic Study of the Optimization of the Gain Parameters , and of a Tracking Module for ARPA system on Board High Dynamic Warships, Proceedings of Asia Conference on Maritime System and Safety Research 2016, August 2016.
7.Basic Study on the Comparison of Performance of filter and Kalman Filter for use in a Tracking Module for ARPA system on Board High Dynamic Warships,Proceedings of Asia Conference on Maritime System and Safety Research 2016, August 2016.
8.Theoretical Approach of Development of Tracking Module for ARPA System on Board Warships, Proceedings of Autumn Academic Conference of Korea Institute of Navigation and Port Research 2015, pp. 53-54, October 2015.
9.Theoretical Approach of Optimization of the Gain Parameters of alpha, beta and gamma of a Tracking Module for ARPA System on Board Warships, Proceedings of Autumn Academic Conference of Korea Institute of Navigation and Port Research 2015, pp. 55-57, October 2015.
10.Basic Study of the Optimization of the Gain Parameters , and of a Tracking Module for ARPA system on Board High Dynamic Warships, Proceedings of Spring Academic Conference of Korea Institute of Navigation and Port Research 2016, May 2016.
11.Basic Study on the Comparison of Performance of filter and Kalman Filter for use in a Tracking Module for ARPA system on Board High Dynamic Warships, Proceedings of Spring Academic Conference of Korea Institute of Navigation and Port Research 2016, May 2016.
12.Basic Study on the Comparison of Performance of filter and Kalman Filter for use in a Tracking Module for ARPA system on Board High Dynamic Warships, Proceedings of Spring Academic Conference of Korea Institute of Navigation and Port Research 2017, April 2017.
13.Comparison of Performance of ??? ??? ????? Filter and Kalman Filter for ARPA System to Track High Dynamic Target, Proceedings of Asia Conference on Maritime System and Safety Research 2017, pp. 95-101, October 2017.
14.A Study on Optimization of Fourth-order Fading Memory Filter under the Highly Dynamic Motion of Both Own Ship and Target, Proceedings of Autumn Academic Conference of Korea Institute of Navigation and Port Research 2017, pp. 145-147, November 2017.
15.A Study of Error-Dependent Optimized ??? ??? ????? Filter for Tracking High Dynamic Warships, Proceedings of Asia Maritime and Fisheries Universities Forum 2017, November 2017.
16.A Study of Speed-Dependent Optimized Filter for Tracking High Dynamic Warships, Proceedings of Asia Navigation Conference 2017, November 2017.
四、联系方式
Email：panbaofeng@zjou.edu.cn