百晓学者学者目录

卫守林

昆明理工大学云南省计算机技术应用重点实验室

个人简介

卫守林，昆明理工大学云南省计算机技术应用重点实验室副教授、硕士生导师，博士。研究方向为天文海量数据处理、并行计算、云计算和分布式计算。主持两项国家自然科学基金和一项省基金项目，参与科技部SKA重点研发项目。获云南省科技进步奖二等奖、三等奖各一项，入选云南省兴滇英才支持计划青年拔尖人才项目。

精选作品

期刊论文

  1. Yang-Fan Xie, Feng Wang, Hui Deng, Y. Mei, Shoulin Wei, Xin-Ping Deng, O. Smirnov (2026). A Baseline Separation Paradigm for High-precision Wide-field Radio Interferometric Imaging on Heterogeneous Architectures. Astrophysical Journal Supplement Series.DOI
  2. Zihan Hao, Wei Dai, Shoulin Wei, Longfei Hao, Bo Liang (2026). Constraint‐Aware Operating‐Point Selection for FAST Pulsar Candidate Screening. Advances in Astronomy.DOI
  3. J. Li, Bo Liang, S. Feng, Wei Dai, Shoulin Wei (2026). RFI detection based on semi-supervised learning with improved Unet. Astronomy and Computing.DOI
  4. Bo Liang, Shaohuai Chai, Longfei Hao, Song Feng, Shoulin Wei, Wei Dai (2026). Pulsar timing anomaly detection using Bayesian estimation. Astronomy & Astrophysics.DOI
  5. Haoxiang Jiang, Shoulin Wei, Linjie Chen, Bo Liang, Wei Dai, Zhijian Zhang, Heng Zhang (2026). Solar Type III Radio Burst Identification Using Few-Shot Object Detection. Universe.DOI
  6. 赵博伟，卫守林，任娟娟，王锋，凌晨晓骥，刘超（2025）. 定标参考数据推荐方法. 《天文学进展》.
  7. Weijie Liang, Yang-Fan Xie, Feng Wang, Hui Deng, Y. Mei, Yun-Jin Zhu, Shoulin Wei (2025). A Semianalytical Method of Frequency-average Smearing for Radio Interferometers based on Point Source. Astronomical Journal.DOI
  8. Shoulin Wei, Junxi Tao, Xiao-Li Zhang, Wei Dai, Bo Liang (2025). Cosmic ray detection on resolved galaxies with deep learning. Experimental astronomy (Print).DOI
  9. Yuanyuan Zhang, Bo Liang, Song Feng, Wei Dai, Shoulin Wei (2025). Solar flare forecasting based on swin transformer and temporal convolutional networks. Astrophysics and Space Science.DOI
  10. 傅溟翔，宋宇，吕佳蒙，曹亮，贾鹏，李楠，李乡儒，刘继峰，罗阿理，邱波，沈世银，屠良平，王丽丽，卫守林，杨海峰，衣振萍，邹志强 (2024). A versatile framework for analyzing galaxy image data by incorporating Human-in-the-loop in a large vision model. Chinese Physics C.
  11. Zhi-Peng Huang, Wei Du, Feng Wang, Shoulin Wei, Hui Deng, Y. Mei, Tian-Meng Zhang (2024). A high performance multi-band data fusion approach for CSST based on column-oriented database. Astronomy and Computing.DOI
  12. Xuan Zhang, Bo Liang, Longfei Hao, Song Feng, Shoulin Wei, W. Dai, Yihang Dao (2024). Identification of Radio Frequency Interference Using Multi-scale TransUNet. Publications of the Astronomical Society of the Pacific.DOI
  13. Shoulin Wei, Xiang Song, Zhijian Zhang, Bo Liang, Wei Dai, Wei Lu, Junxi Tao (2024). Identifying Mergers in the Legacy Surveys with Few-shot Learning. Astrophysical Journal Supplement Series.DOI
  14. F. Gu, Longfei Hao, Bo Liang, Song Feng, Shoulin Wei, W. Dai, Yong-Hua Xu, Zhi-Xuan Li, Yihang Dao (2024). Radio Frequency Interference Detection Using Efficient Multi-Scale Convolutional Attention UNet. Monthly notices of the Royal Astronomical Society.DOI
  15. Shoulin Wei, Wei Lu, Wei Dai, Bo Liang, Longfei Hao, Zhijian Zhang, Xiao-Li Zhang (2023). Galaxy Morphological Classification of the Legacy Surveys with Deformable Convolutional Neural Networks. Astronomical Journal.DOI
  16. 戴伟，卫冰涛，郝龙飞，卫守林，梁波（2022）. 基于线性规划的云南40米射电望远镜短期观测编排方法. Astronomical Techniques and Instruments.
  17. 李姗姗，骆开达，卫守林，戴伟，梁波（2022）. 基于Dask并行加速的射电干涉成像网格化方法实现. Astronomical Techniques and Instruments.
  18. Hao-Min Sun, Hui Fang Deng, Feng Wang, Ying Mei, Tingting Xu, Oleg Mikhailovich Smirnov, Linhua Deng, Shoulin Wei (2022). A robust RFI identification for radio interferometry based on a convolutional neural network. Monthly Notices of the Royal Astronomical Society.DOI
  19. Shoulin Wei, Yadi Li, Wei Lu, Nan Li, Bo Liang, W. Dai, Zhijian Zhang (2022). Unsupervised Galaxy Morphological Visual Representation with Deep Contrastive Learning. Publications of the Astronomical Society of the Pacific.DOI
  20. Shoulin Wei, Bingtao Wei, Yan-Jun Chen, Longfei Hao, Yu-Xiang Huang, W. Dai, Bo Liang (2022). Time-dependent short-term observational scheduling method for Yunnan 40 m Radio Telescope using a genetic algorithm. Astrophysics and Space Science.DOI
  21. Huan-Bin Chi, Shoulin Wei, Feng Wang, Zhong-Mu Li (2022). Identifying 46 New Open Cluster Candidates in Gaia EDR3 Using a Hybrid pyUPMASK and Random Forest Method. Astrophysical Journal Supplement Series.DOI
  22. 杨超，梁波，戴伟，卫守林，邓辉，王锋（2021）. 面向海量天文数据的分布式MySQL锥形检索研究. Astronomical Techniques and Instruments.DOI
  23. Y. Mei, Shoulin Wei, Feng Wang, Chen Wu, R. Tobar, M. Shaikh, H. Deng, W. Dai, Bo Liang, A. Wicenec (2021). An empirical evaluation on the applicability of the DALiuGE execution framework. Astronomy and Computing.DOI
  24. Congming Shi, H. Deng, Feng Wang, Y. Mei, Shaogui Guo, Chen Yang, Chen Wu, Shoulin Wei, A. Wicenec (2021). Enhanced remote astronomical archive system based on the file-level Unlimited Sliding-Window technique. Research in Astronomy and Astrophysics.DOI
  25. 孙浩民，邓辉，梅盈，卫守林，戴伟，王锋（2020）. 基于Python-casacore的射电测量集文件生成方法. Astronomical Techniques and Instruments.DOI
  26. Bo Liang, W. Dai, Shoulin Wei, H. Deng, Feng Wang (2020). Research on Cone Search of Distributed MYSQL for Massive Astronomical Data.
  27. Y. Mei, R. Tobar, Chen Wu, H. Deng, Shoulin Wei, Feng Wang (2020). Execution framework technology.DOI
  28. Shoulin Wei, Kai-Tian Luo, Feng Wang, H. Deng, Y. Mei (2020). Fine-grained distributed averaging for large-scale radio interferometric measurement sets. Research in Astronomy and Astrophysics.DOI
  29. Y. Mei, R. Tobar, Chen Wu, H. Deng, Shoulin Wei, Feng Wang (2020). Application design for execution framework.DOI
  30. 于晓雨，邓辉，梅盈，卫守林，石聪明，王威，戴伟，王锋（2019）. 宽视场成像网格化算法中w-plane最优经验值研究. Astronomical Techniques and Instruments.DOI
  31. 石聪明，邓辉，戴伟，卫守林，王锋（2019）. 基于NGAS的多点观测数据存储与同步方法. Astronomical Techniques and Instruments.DOI
  32. 余程嵘，王威，戴伟，邓辉，王锋，卫守林（2019）. 基于Docker的射电干涉阵软件系统敏捷封装与部署. Astronomical Techniques and Instruments.DOI
  33. 钱进，邓辉，梅盈，石聪明，卫守林，戴伟，王锋（2019）. 基于ZeroMQ的观测控制系统底层通信架构分析与测试. Astronomical Techniques and Instruments.DOI
  34. 冯勇，王锋，邓辉，卫守林，梅盈，戴伟，石聪明（2019）. 基于OpenCL的射电干涉阵成像网格化算法实现. Astronomical Techniques and Instruments.DOI
  35. 邓辉，钟文杰，付映雪，王锋，卫守林（2018）. 基于ZeroMQ的新一代望远镜自动控制系统的通信框架设计. Astronomical Techniques and Instruments.
  36. 梁波，田智雁，王锋，邓辉，卫守林（2018）. 一种基于微信小程序在RTS2的控制框架扩展. Astronomical Techniques and Instruments.
  37. Yuan Tian, Zheng Wang, Jian Li, Zi-Huang Cao, Wei Dai, Shoulin Wei, Yong-Heng Zhao (2018). LAMOST CCD camera-control system based on RTS2.DOI
  38. 冯勇，陈坤，邓辉，王锋，梅盈，卫守林，戴伟，杨秋萍，刘应波，吴静平（2017）. 基于OpenCL的MUSER CLEAN算法研究与实现. 《天文学报》.
  39. 周鑫磊，王锋，卫守林，梅盈，柳翠寅（2017）. 基于WEB的MUSER远程监控数据可视化展现方法. Astronomical Techniques and Instruments.
  40. 卫守林（2017）. 分布式天文海量数据处理与控制研究. 《中国科学院大学(中国科学院云南天文台)》.
  41. 邵岑，邓辉，王锋，卫守林，梅盈，石聪明，梁波，戴伟，柳翠寅（2017）. 基于OpenStack的天文台站计算节点自动管理研究. Astronomical Techniques and Instruments.
  42. 卫守林，刘鹏翔，王锋，邓辉，梁波，戴伟（2017）. 基于Spark Streaming的明安图射电频谱日像仪实时数据处理. Astronomical Techniques and Instruments.
  43. 蔡能健，刘东浩，邓辉，卫守林，王锋，梅盈，戴伟，刘应波，吴静平（2017）. 基于Web.py的MUSER软件系统界面实现. Astronomical Techniques and Instruments.
  44. Shoulin Wei, Feng Wang, H. Deng, Cui-Yin Liu, W. Dai, Bo Liang, Y. Mei, Congming Shi, Yingbo Liu, Jing Wu (2017). OpenCluster: A Flexible Distributed Computing Framework for Astronomical Data Processing. arXiv.org.DOI
  45. Congming Shi, Feng Wang, H. Deng, Yingbo Liu, Cui-Yin Liu, Shoulin Wei (2017). High-performance Negative Database for Massive Data Management System of The Mingantu Spectral Radioheliograph.DOI
  46. Shoulin Wei, Wei Dai, Pengxiang Liu, Feng Wang, Kaifan Ji, Ying Mei, Cuiyin Liu, Hui Deng (2017). A global-shared and low-exchange parallel method of high resolution solar image reconstruction. Chinese Science Bulletin (Chinese Version).DOI
  47. 卫守林，石聪明，高姣姣，王锋，邓辉，季凯帆（2016）. Vantage Pro气象站实时数据采集与在MUSER中的应用研究. Astronomical Techniques and Instruments.
  48. 陈永艳，束洪春，董俊，曹璞璘，戴伟，卫守林（2015）. 基于Lustre文件系统的海量暂存COMTRADE数据分布存储模式. 《电力系统自动化》.
  49. 梁波，袁智，邓辉，卫守林（2015）. 一种基于异构操作系统的RTS2CCD相机扩展方法. Astronomical Techniques and Instruments.
  50. Feng Wang, Ying Mei, Hui Deng, W. Wang, C. Y. Liu, D. H. Liu, Shoulin Wei, Wei Dai, Bo Liang, Yongbo Liu, X. L. Zhang, K. F. Ji (2015). Distributed Data-Processing Pipeline for Mingantu Ultrawide Spectral Radioheliograph. Publications of the Astronomical Society of the Pacific.DOI
  51. Cen Shao, Bo Liang, Feng Wang, H. Deng, W. Dai, Shoulin Wei, Xiao-Li Zhang, Zhi-rui Yuan (2015). OpenStack Platform and Its Application in Big Data Processing. International Conference on Intelligent Networks and Intelligent Systems.DOI
  52. Xin-Lei Zhou, Xiao-Li Zhang, Feng Wang, H. Deng, Bo Liang, W. Dai, Shoulin Wei, Congming Shi (2015). Visualization Technology and Its Application for Massive Astronomical Data Analyses. International Conference on Intelligent Networks and Intelligent Systems.DOI
  53. Nengjian Cai, Shoulin Wei, Feng Wang, H. Deng, Bo Liang, W. Dai (2015). A Survey on Stream Distributed Computing. International Conference on Intelligent Networks and Intelligent Systems.DOI
  54. Cheng-xian Fan, H. Deng, Feng Wang, Shoulin Wei, W. Dai, Bo Liang (2015). A Survey on Task Scheduling Method in Heterogeneous Computing System. International Conference on Intelligent Networks and Intelligent Systems.DOI
  55. Yingbo Liu, Feng Wang, H. Deng, Kaifan Ji, W. Dai, Shoulin Wei, Bo Liang, Xiao-Li Zhang (2015). Low-cost high performance distributed data storage for multi-channel observations.DOI
  56. Zheng Shi, Yong-Yuan Xiang, H. Deng, Kaifan Ji, Shoulin Wei (2015). A method of Level 1 frames-selection based on GPU for new vacuum solar telescope.DOI
  57. Zhenghe Wang, W. Dai, Feng Wang, H. Deng, Shoulin Wei, Xiao-Li Zhang, Bo Liang (2015). Kafka and Its Using in High-throughput and Reliable Message Distribution. International Conference on Intelligent Networks and Intelligent Systems.DOI
  58. Hong Luo, H. Deng, Feng Wang, W. Dai, Shoulin Wei, Bo Liang (2015). An investigation on gridding technique for radio astronomical image reconstruction. International Conference on Communication, Computing & Security.DOI
  59. 卫守林，陈亚杰，梁波，王锋，邓辉，戴伟，曹子皇（2014）. RTS2中新CCD类型扩展方法. Astronomical Techniques and Instruments.
  60. 卫守林，曹子皇，王锋，邓辉，梁波，戴伟（2014）. 基于WebSocket的RTS2 Web控制研究. Astronomical Techniques and Instruments.
  61. 危兵，王锋，邓辉，戴伟，卫守林，梁波，季凯帆（2014）. CASA混合编程技术分析与功能扩展研究. Astronomical Techniques and Instruments.
  62. Yingbo Liu, Feng Wang, H. Deng, W. Dai, Shoulin Wei (2014). High-performance data storage for large solar telescope using distributed file system.DOI
  63. 张晓丽，戴伟，陈永燕，卫守林（2013）. 可快速定制Web Services的天文数据发布技术研究. 《云南大学学报(自然科学版)》.
  64. 冉凡辉，邓辉，梁波，王锋，卫守林，季凯帆（2013）. 基于XML-RPC的RTS2自主观测系统远程访问技术. Astronomical Techniques and Instruments.
  65. W. Dai, Xiao-Li Zhang, Yu Shang, Shoulin Wei, Bo Liang, Yong-Yang Chen (2013). A Study of Quickly Customized Web Service Techniques Based on Simple Cone Search Protocol.DOI
  66. Donghu Sun, H. Deng, Feng Wang, Kaifan Ji, W. Dai, Bo Liang, Shoulin Wei (2013). The Feature Related Techniques in Content-Based Image Retrieval and Their Application in Solar Image Data. International Conference on Intelligent Networks and Intelligent Systems.DOI

预印本

  1. Bo Liang, XianYao Pan, Song Lin Feng, Wei Dai, Shoulin Wei (2026). Physics-Prior-Guided Prediction of Pulsar Single-Pulse Time Series. SSRN Electronic Journal.DOI

研究方向

天文学计算机软件及计算机应用电力工业自动化技术

此主页由公开资料整理，尚未经学者本人认领。