2021-03-05
| No. | Title | Journal | Author | Links |
| 1 | Introduction of measurement and control technology of FAST |
2018, PROCEEDINGS OF SPIE,10.1117/12.2309761 | Zhu Lichun | Introduction of measurement and control technology of FAST.pdf |
| 2 | The operation control and data acquisition of the actuators of FAST main reflector | 2018, PROCEEDINGS OF SPIE,10.1117/12.2309912 | Wang Yong, Wang Qiming, Zhu Lichun, et al. | The operation control and data acquisition of the actuators of FAST main reflector.pdf |
| 3 | Analysis of total station real-time atmospheric correction model in FAST measurement | 2018, PROCEEDINGS OF SPIE,10.1117/12.2312152 | Song Benning, Zhu Lichun, Yu Dongjun, et al. | Analysis of total station real-time atmospheric correction model in FAST measurement.pdf |
| 4 | The method to realize the performance of FAST reflector unit | 2018, PROCEEDINGS OF SPIE,10.1117/12.2312404 | Zhao Baoqing, Wang Qiming, Song Benning | The method to realize the performance of FAST reflector unit.pdf |
| 5 | EMC design for the actuators of FAST reflector | 2018,RAA,18,4,048 | Hai-Yan Zhang, Ming-Chang Wu, You-Ling Yue, et al. | EMC design for the actuators of FAST reflector.pdf |
| 6 | Unit panel node detection by CNN on FAST reflector | 2019,RAA,19,1,11 | Zhi-Song Zhang, Li-Chun Zhu, Wei Tang, et al. | Unit panel node detection by CNN on FAST reflector.pdf |
| 7 | The Science and Technology of FAST | 2019,Sci. China-Phys. Mech. Astron.,62, 5: 959501 | Peng Jiang, Bo Peng, Di Li | The Science and Technology of FAST.pdf |
| 8 | Commissioning progress of the FAST | 2019, SCPMA, 62, 959502-959502-22 | Jiang Peng, Yue YouLing, Gan HengQian, et al. | Commissioning progress of the FAST.pdf |
| 9 | Position and attitude determination by integrated GPS/SINS/TS for feed support system of FAST | 2020,RAA,20,9,140 | Ming-Hui Li, Peng Jiang, Dong-Jun Yu, et al. | Position and attitude determination by integrated GPS/SINS/TS for feed support system of FAST.pdf |
| 10 | An approximately analytical solution method for the cable-driven parallel robot in FAST | 2020,eprint arXiv:2008.07412 | Jia-Ning Yin, Peng Jiang, Rui Yao | An approximately analytical solution method for the cable-driven parallel robot in FAST.pdf |
| 11 | The Fundamental Performance of FAST with 19-beam Receiver at L Band | 2020,RAA,20,5,64 | Jiang Peng, Tang NingYu, Hou LiGang, et al. | The Fundamental Performance of FAST with 19-beam Receiver at L Band.pdf |
| 12 | An open-loop control algorithm of the active reflector system of FAST | 2020,RAA,20,5,65 | Hui Li,Peng Jiang | An open-loop control algorithm of the active reflector system of FAST.pdf |
| 13 | Research on key technologies for installation and maintenance of reflector of FAST | 2020,RAA,20,5,66 | Li-Qiang Song, Peng Jiang, Qi-Ming Wang, et al. | Research on key technologies for installation and maintenance of reflector of FAST.pdf |
| 14 | Prognostics and health management of FAST cable-net structure based on digital twin technology | 2020,RAA,20,5,67 | Qing-Wei Li, Peng Jiang, Hui Li | Prognostics and health management of FAST cable-net structure based on digital twin technology.pdf |
| 15 | A motion planning algorithm for the feed support system of FAST | 2020,RAA,20,5,68 | Rui Yao, Peng Jiang, Jing-Hai Sun, et al. | A motion planning algorithm for the feed support system of FAST.pdf |
| 16 | Simulation of FAST EM performance for both the axial and lateral feed defocusing |
2020,RAA,20,5,69 | Heng-Qian Gan, Peng Jiang, Kai Zhu, et al. | Simulation of FAST EM performance for both the axial and lateral feed defocusing.pdf |
| 17 | Design and optimization of cross bow-tie dipole feed with cavity for FAST | 2020,RAA,20,5,70 | Jing-Long Yu, You-Ling Yue, Jian-Bin Li | Design and optimization of cross bow-tie dipole feed with cavity for FAST.pdf |
| 18 | Development of wideband orthomode transducers for FAST cryogenic receiver system | 2020,RAA,20,5,71 | Jin Fan, Kai Zhu, Heng-Qian Gan, et al. | Development of wideband orthomode transducers for FAST cryogenic receiver system.pdf |
| 19 | The time and frequency standard system for FAST receivers | 2020,RAA,20,5,72 | Kai Zhu,Jin Fan,Kun Liang, et al. | The time and frequency standard system for FAST receivers.pdf |
| 20 | RFI measurements and mitigation for FAST | 2020,RAA,20,5,75 | Hai-Yan Zhang, Ming-Chang Wu, You-Ling Yue, et al. | RFI measurements and mitigation for FAST.pdf |
| 21 | Satellite RFI mitigation on FAST | 2020,RAA,21,1,18 | Yu Wang, Hai-Yan Zhang, Hao Hu, et al. | Satellite RFI mitigation on FAST.pdf |
| 22 | Deep residual detection of radio frequency interference for FAST | 2020,MNRAS 492, 1421–1431 | Zhicheng Yang, Ce Yu, Jian Xiao, et al. | Deep residual detection of radio frequency interference for FAST.pdf |
| 23 | Recognition of FAST reflector nodes based on Canny operator | 2021,RAA,20,8,126 | Wei Tang, Li-Chun Zhu, Qi-Ming Wang | Recognition of FAST reflector nodes based on Canny operator.pdf |