Name: Wang Shenghao
Gender: Male
Professional Titles: Lecturer; Senior Engineer
Degree: Ph.D.
Education Experience:
1. September 2014–April 2019, Northeastern University, Detection Technology and Automatic Equipment, doctoral study, Ph.D.
2. September 2007–March 2010, Shenyang Ligong University, Detection Technology and Automatic Equipment, graduate study, Master's degree.
3. September 2004–July 2006, Luoyang Normal University, Electronic Information Science and Technology, bachelor's degree.
Research Directions:
1. Machine learning for processing and applications of spectral information.
2. Monitoring and analysis of secondary equipment in power systems.
3. Virtual simulation technology for power systems.
Academic Research Projects:
1. 2018, NSFC General Program: Research on Coal Quality Analysis Models Based on Immune-Adaptive Support Vector Machines, No. 61371200, RMB 800,000, completed; principal responsible researcher (first contributor).
2. 2017, University–Industry Project: Development of the Huolinhe Pithead 600 MW Simulator System, No. H18031, RMB 970,000, accepted; principal contributor (control system development).
3. 2017, University–Industry Project: Software Development and Technical Services for a Power Industry Simulation Trainee Records Management System (Xuzhou China Resources Power Co., Ltd.), No. H18027, RMB 7,000, accepted; Principal Investigator.
4. 2017, University–Industry Project: Software Development and Technical Services for a Power Industry Simulation Trainee Records Management System (Chongqing Electric Power College), No. H18026, RMB 7,000, accepted; Principal Investigator.
5. 2015, University–Industry Project: Online Monitoring Device for Condenser Rubber-Ball Cleaning (Shenyang Jinshan Energy Co., Ltd.), RMB 169,600, accepted; lead contributor.
6. 2015, University–Industry Project: Online Monitoring Device for Condenser Rubber-Ball Cleaning (Changchun Thermal Power Plant, Huaneng Jilin Power Generation Co., Ltd.), RMB 179,730, accepted; lead contributor.
7. 2014, University–Industry Project: Upgrade of a 2×660 MW Simulator System for Baicheng Power Generation Company, Jilin Power Co., Ltd., RMB 635,000, accepted; principal participant (control system development).
8. 2013, University–Industry Project: Development of a 350 MW Simulator for Bonuli, RMB 200,000; principal participant (control system development).
9. 2013, Liaoning Provincial Department of Education: Development of Key Technologies for Online Power-Plant Coal Quality Monitoring Equipment, RMB 300,000; major contributor (ranked third).
Representative Papers:
1.Shenghao Wang, Yuyan Zhang, Fuyi Cao, Zhenying Pei, Xuewei Gao, Xu Zhang, et al. Novel near-infrared spectrum analysis tool: Synergy adaptive moving window model based on immune clone algorithm. Analytica Chimica Acta. 2018;1000:109-122. (SCI-indexed).
2.Yong Zhao, Shenghao Wang, Zhi Li, Zhenying Pei, Fuyi Pei. An improved changeable size moving window partial least square applied for molecular spectroscopy. Chemometrics and Intelligent Laboratory Systems. 2016;152:118-124. (SCI-indexed).
3.Yong Zhao, Shenghao Wang, Zhi Li, Zhenying Pei, Fuyi Pei. A Novel Interval Integer Genetic Algorithm Used for Simultaneously Selecting Wavelengths and Pre-processing Methods. Chinese Journal of Analytical Chemistry. 2016;44(9):e1609-e1616. (SCI-indexed).
4.Zhi Li, Shenghao Wang, Yong Zhao, Xiangfeng Wang, Yaozheng Li. Model research of electric coal calorific value based on near infrared frequency domain self-adaption analysis method. Spectroscopy and Spectral Analysis. 2014;34(10):2792-2798. (SCI-indexed).
5.Shenghao Wang, Yong Zhao, Rong Hu, Yuyang Zhang, Xinhua Han. Analysis of Near-Infrared Spectra of Coal Using Deep Synergy Adaptive Moving Window Partial Least Square Method Based on Genetic Algorithm. (SCI-indexed).
6.Shenghao Wang, Li Sun, Gang Zhang, Xu Zhang, Xuewei Gao, Yong Zhao. Coal properties on-line analysis with synergy adaptive moving window support vector regression based on immune clone algorithm. 2018 Chinese Control and Decision Conference (CCDC), 9–11 June 2018:5913-5918. (EI-indexed; first author).
7. Zhao Dianrui, Wang Shenghao, Li Zhi, Zhang Gang, Sun Li, Cao Yuwei. High-Precision Condenser Rubber-Ball Monitoring Device Based on Pulse-Width Correction [J]. Turbine Technology, 2015,57(05):337-340. (Chinese core journal; corresponding author).
8. Wang Shenghao, Li Zhi, Hu Rong, Song Fusheng, Wang Yan. Quantitative Spectral Analysis Using Support Vector Machines Based on the Discrete Fourier Transform [J]. Journal of Instrumental Analysis, 2014,33(06):666-671. (Chinese core journal; first author).
Representative Works and Achievements:
1. Li Zhi, Wang Shenghao, Pei Zhenying, Zhao Dianrui, Cao Yuwei, Wang Yong. A High-Precision Rubber-Ball Monitoring Device [P]. Patent No. ZL201510315220.8 (invention patent; commercially applied).
2. Zhao Yong, Wang Shenghao, Li Zhi, Pei Zhenying, Zhang Gang, Sun Li. A Sampling and Sample Preparation Device for Online Near-Infrared Spectral Collection of Pulverized Coal [P]. Patent No. ZL201410555355.7 (invention patent).
3. Zhang Tieyan, Li Zhi, Zheng Weiping, Wang Shenghao. Online Near-Infrared Coal Quality Measurement Device [P]. Patent No. ZL201310687825.0 (granted invention patent).
4. Li Zhi, Wang Xiangfeng, Wang Shenghao, Zhao Dianrui. Carbon Content Measurement Device for Power-Plant Boiler Fly Ash [P]. Patent No. ZL102226772A (granted invention patent).
5. Zhang Xu, Wang Shenghao, Pei Zhenying, Zhao Dianrui, Sun Li, Zhang Gang. Online Rubber-Ball Quantity Monitoring and Automatic Ball-Replenishment Device Based on Ultrasonic Sensing [P]. Patent No. ZL201820700790.8 (granted utility model patent).
6. Zhao Yong, Wang Shenghao. A Ball Loading Chamber with Automatic Estimation of Rubber-Ball Quantity (granted invention patent).
Contact:
Email: wangshenghao@zut.edu.cn
