• 1998-09 — 2002-07
  山东理工大学
  信息与计算科学
  理学学士学位
• 2002-09 — 2005-03
  上海大学
  计算机及应用
  工学硕士学位
• 2014-09 — 2018-06
  中国科学院大学
  天文技术与方法
  理学博士学位

• 2022-12 — 2023-12
   天体物理与超级计算中心  斯威本科技大学 
  国家公派访问学者
• 2019-09 — 2019-11
   英属哥伦比亚大学 
  访问学者
• 2005-05 — 至今
   山东大学（威海） 

机器学习、数据挖掘、光谱分析

(1) Aina Zhang.Identifying Ring Galaxies in DESI Legacy Imaging Surveys Using Machine Learning Methods.The Astrophysical Journal Supplement Serie.2025,279 (2):52-61

(2) Lu, ZhiWei.Deep Learning-based Identification of CP1 and CP2 Stars from LAMOST DR11.The Astronomical Journal.2025,169 (5):270

(3) Shengjun Song.MEASNet. I. A Model for Barium Star Identification and s-process Abundance Estimation from LAMOST DR10 Low-resolution Survey.ASTROPHYSICAL JOURNAL.2024,974 (1)

(4) Zhongding Cheng.Se-ResNet plus SVM Model: An Effective Method of Searching for Hot Subdwarfs from LAMOST.ASTROPHYSICAL JOURNAL SUPPLEMENT SERIES.2024,274 (1)

(5) Fan Wu.Directly Deriving Parameters from SDSS Photometric Images.The Astronomical Journal.2023,166 (88):15pp

(6) Guo, Fengyue.Searching for Barium Stars from the LAMOST Spectra Using the Machine-learning Method:I.The Astronomical Journal.2023,165 (2):40-50

(7) Cai, Beichen.Li-rich Giants Identified from LAMOST DR8 Low-resolution Survey.The Astronomical Journal.2023,165 (2):52-62

(8) Xiangyu Li.Automatic heartbeat classification using S-shaped reconstruction and a squeeze-and-excitation residual network.Computers in Biology and Medicine.2022,140 (10510)

(9) Junchao Liang.Estimation of Stellar Atmospheric Parameters with Light Gradient Boosting Machine Algorithm and Principal Component Analysis.The Astronomical Journal.2022,163 (4):153 ~

(10) Minglei Wua.Atmospheric parameter measurement of Low-S/N stellar spectra based on deep learning.Optik.2020,218

(11) MINGLEI WU.Spectra-GANs: A New Automated Denoising Method for Low-S/N Stellar Spectra.IEEE Access.2020,8

(12) Liang, Xilong.A New Moving Group in the Local Arm.Astronomical Journal.2020,159 (5):196-204

(13) Bharat Kumar, Y..s-process abundances of Primary stars in the Sirius-like Systems: Constraints on pollution from AGB stars.IAUS.2019,343 :351-352

(14) Tracing the Origin of Moving Groups. II. Chemical Abundance of Six Stars in the Halo Stream LAMOST-N1.The Astrophysical Journal.2018,868 (2):105-123

(15) Tracing the Origin of Moving Groups. I. The γ Leo Moving Group with High-resolution Spectra from the Subaru Telescope.The Astrophysical Journal.2018,863 (1):4-12

(16) Kong, X. M..Chemical abundances of primary stars in the Sirius-like binary systems.Monthly Notices of the Royal Astronomical Society.2018,476 (1):724-740

(17) Kong, X. M.Three new barium dwarfs with white dwarf companions: BD+68°1027, RE J0702+129 and BD+80°670.Monthly Notices of the Royal Astronomical Society.2018,474 (2):2129-2141

1. 基于LAMOST光谱的化学丰度异常恒星智能识别与演化特性研究, 山东省自然科学面上基金, 2025-10-01

2. 基于LAMOST在Kepler天区中分辨率光谱巡天数据的钡星搜寻与研究, 国家自然科学基金, 2019-01-01

3. 类天狼星系统中主星元素丰度的分析, 山东大学青年培育基金项目, 2016-07-01

4. 基于大样本多元关联特征的恒星参数测量关键问题研究, 国家自然科学基金重点项目, 2019-09-25

5. 用LAMOST的巡天数据搜索和研究激变变星, 国家自然科学基金-2018-01-01

6. 基于深度学习的恒星光谱自动分类研究, 山东省自然科学基金, 2018-03-01

7. 海量光谱中特殊天体的数据挖掘, 山东省自然科学基金-2017-01-24

1.张爱娜

2.刘博文

3.宋胜君

4.卢志伟

5.王传鑫

6.程中鼎

7.蔡北陈