[1] Hu L, Zhang Q, Zhu Z et al. Conceptual design of cryogenic system for comprehensive research facility for key fusion reactor core systems[J]. IOP Conference Series: Materials Science and Engineering, 502, 012113(2019).

[2] Zhou H S, Yuan X G, Li B et al. A new high flux plasma source testing platform for the CRAFT project[J]. Journal of Fusion Energy, 39, 355-360(2020).

[3] Li T, Liu H J, Wu Y et al. Control and diagnostic system for CFETR CSMC testing platform[J]. IEEE Transactions on Plasma Science, 48, 1789-1792(2020).

[4] LI Tong. Design and research of diagnostic control system for CSMC magnet test platform[D](2020).

[6] ZHU Qing, JIANG Geyang, LI Lin et al. Design and implementation of archiver engine based on XML technology for SSRF[J]. Nuclear Electronics & Detection Technology, 27, 521-525(2007).

[7] LI Luofeng, WANG Chunhong, WANG Jincan et al. Research and implementation of data acquiring and data query system for EPICS[J]. Nuclear Electronics & Detection Technology, 33, 1043-1046, 1061(2013).

[8] Wang C H, Li L F. A new data acquiring and query system with oracle and EPICS in the BEPCII[C], 865-868(2015).

[9] LUO Jiangbo, GUO Yuhui, LIU Haitao et al. Data archiving system for injector Ⅱ of accelerator driven sub-critical system[J]. High Power Laser and Particle Beams, 28, 134-140(2016).

[10] Song Y F, Li C, Xuan K et al. Automatic data archiving and visualization at HLS-II[J]. Nuclear Science and Techniques, 29, 129(2018).

[11] LI Jiazeng, HAN Lifeng, LI Danqing et al. EPICS historical data archiving system based on big data platform[J]. Nuclear Techniques, 42, 110603(2019).

[12] QIAO Yusi, LEI Ge. A novel data archiving and retrieving software system for BEPC-Ⅱ[J]. Nuclear Electronics & Detection Technology, 37, 152-155(2017).

[13] Kikuzawa N, Ikeda H, Kato Y et al. Status of operation data archiving system using Hadoop/HBase for J-PARC[C], 193-195(2014).

[14] Kikuzawa N, Yoshii A, Ikeda H et al. Development of J-PARC time series data archiver using distributed database system[C], 584-586(2013).

[16] XIONG Feng, LIU Yu. Research of the strategy of data fragmentation and allocation based on MongoDB[J]. Computer and Digital Engineering, 47, 892-897(2019).

[17] LIANG Yi, CHEN Youyong, LI Sen et al. Database cold and hot data identifying algorithm for transaction scenery adaption[J]. Modern Electronics Technique, 45, 107-111(2022).

[18] Dan A, Towsley D. An approximate analysis of the LRU and FIFO buffer replacement schemes[C], 143-152(1990).

[19] Robinson J T, Devarakonda M V. Data cache management using frequency-based replacement[C], 134-142(1990).

[20] XU Jiaxin. The research and implementation of storage mechanism for hot and cold data[D](2021).

[21] CHEN Xuewen, JIANG Qin, ZHANG Jiawei et al. Discussion on “e-exponential law” in college physics[J]. Physics and Engineering, 30, 49-53(2020).

[22] CHEN Changzhao. Depth perspective on first-order rccircuits: concept, principle and method[J]. Physics and Engineering, 28, 44-49(2018).

[23] XIE Yulin. Research on recognition mechanism of hot and cold data based on data temperature[D](2019).

[24] LIU Sumei, MA Hongzhang, YIN Yufang et al. The changing mass cooling method for measuring the specific heat of oil[J]. College Physics, 36, 25-27(2017).

[25] XIONG Huanhuan, QIN Zheng, QIN Shitong et al. Optimal model of furnace temperature curve based on Newton's law of cooling[J]. Experiment Science and Technology, 20, 9-14(2022).

[26] FANG Yuzhe. Research on distributed cache technology based on reinforcement learning in wireless converged networks[D](2020).

[27] ZHANG Zhiwei. Research on media popularity prediction and caching under radio access network[D](2016).