Research on Real-Time Fusion Technology of Range Telemetry Data

[1] Yu, K. (2017) The development and trend of real-time telemetry data ground station., 15(08):15–17. YuK. 2017 The development and trend of real-time telemetry data ground station 15 08 15 17 Search in Google Scholar

[2] Jia, H.Y., Wang, S.H. (2020) Research on real-time fusion method of multi-station telemetry data based on the best sub-frame quality. J. Electronic Measurement Technology., 43(10):74–77. JiaH.Y. WangS.H. 2020 Research on real-time fusion method of multi-station telemetry data based on the best sub-frame quality. J Electronic Measurement Technology 43 10 74 77 Search in Google Scholar

[3] Yang, J., Zhang, D. (2019) Multi-station telemetry data fusion method based on full frame optimization. J. Electronic Measurement Technology., 42(17):101–105. YangJ. ZhangD. 2019 Multi-station telemetry data fusion method based on full frame optimization. J Electronic Measurement Technology 42 17 101 105 Search in Google Scholar

[4] Yu, C.H., Xu, S.T., Shi, Y.H. (2018) Research on Data Fusion Method in Multi-station Telemetry Data Processing. J. Journal of Telemetry, Tracking and Command., 39(01):47–52+56. YuC.H. XuS.T. ShiY.H. 2018 Research on Data Fusion Method in Multi-station Telemetry Data Processing. J Journal of Telemetry, Tracking and Command 39 01 47 52+56 Search in Google Scholar

[5] Lu, Z.G. (2017) Intelligent multi-station telemetry data processing system. J. Journal of Telemetry, Tracking and Command., 38(04):9–19. LuZ.G. 2017 Intelligent multi-station telemetry data processing system. J Journal of Telemetry, Tracking and Command 38 04 9 19 Search in Google Scholar

[6] Zhang, J., Zhang, X.X., Li, Z.F. (2017) Design and Realization of Accurate Mosaic Method of Multi-station Telemetry Data. J. Journal of Telemetry, Tracking and Command., 38(02):22–26. ZhangJ. ZhangX.X. LiZ.F. 2017 Design and Realization of Accurate Mosaic Method of Multi-station Telemetry Data. J Journal of Telemetry, Tracking and Command 38 02 22 26 Search in Google Scholar

[7] Zhu, X.F. (2016) Multi-station telemetry data fusion method based on nearest neighbor cluster analysis. J. Journal of Ballistics., 28(02):93–96. ZhuX.F. 2016 Multi-station telemetry data fusion method based on nearest neighbor cluster analysis. J Journal of Ballistics 28 02 93 96 Search in Google Scholar

[8] Wu, Y., Huo, J.H., Guo, S.W. (2016) Real-time telemetry data selection technology for multi-site networking. J. Measurement & Control Technology., 35(06):60–63+67. WuY. HuoJ.H. GuoS.W. 2016 Real-time telemetry data selection technology for multi-site networking. J Measurement & Control Technology 35 06 60 63+67 Search in Google Scholar

[9] Han, N. (2015) Improved telemetry data docking method and error elimination. J. Measurement & Control Technology., 22(03):14–16. HanN. 2015 Improved telemetry data docking method and error elimination. J Measurement & Control Technology 22 03 14 16 Search in Google Scholar

[10] Du, P. (2015) Design and Realization of Software for Fast Fusion of Multi-station Telemetry Data. J. Computer Measurement & Control., 23(06):2218–2219+2240. DuP. 2015 Design and Realization of Software for Fast Fusion of Multi-station Telemetry Data. J Computer Measurement & Control 23 06 2218 2219+2240 Search in Google Scholar

[11] Lu, N. (2015) Research on the technology of telemetry transmission and ground data fusion for high dynamic aircraft. D. National University of Defense Technology. LuN. 2015 Research on the technology of telemetry transmission and ground data fusion for high dynamic aircraft. D National University of Defense Technology Search in Google Scholar

[12] Cheng, H.Y., Shu, C.H., Cui, J.F. (2015) Methods to improve the accuracy of telemetry through data processing. J. Radio Engineering., 45(08):10–14. ChengH.Y. ShuC.H. CuiJ.F. 2015 Methods to improve the accuracy of telemetry through data processing. J Radio Engineering 45 08 10 14 Search in Google Scholar

[13] Shu, C.H., Sun, X., Cui, J.F., Cheng, H.Y. (2014) Method for automatic connection of telemetry multi-station data based on the best single frame quality. J. Journal of Telemetry, Tracking and Command., 35(06):50–55+66. ShuC.H. SunX. CuiJ.F. ChengH.Y. 2014 Method for automatic connection of telemetry multi-station data based on the best single frame quality. J Journal of Telemetry, Tracking and Command 35 06 50 55+66 Search in Google Scholar

[14] Liu, G.S., Gao, S., Gui, Y., He, J.J., Li, T.B. (2014) Research on real-time docking method of multi-station telemetry data. J. Radio Engineering., 44(11):34–37. LiuG.S. GaoS. GuiY. HeJ.J. LiT.B. 2014 Research on real-time docking method of multi-station telemetry data. J Radio Engineering 44 11 34 37 Search in Google Scholar

[15] Jia, H.Y., Yu, R.N. (2020) Multi-task telemetry data real-time processing system. J. Journal of Detection & Control., 42(05):102–106. JiaH.Y. YuR.N. 2020 Multi-task telemetry data real-time processing system. J Journal of Detection & Control 42 05 102 106 Search in Google Scholar

[16] Liu, Y.N., Chen, L., Chang, S.L., Dai, Y.C. (2012) Design and Realization of Telemetry Data Fusion Software. J. Modern Electronics Technique., 35(04):136–138+144. LiuY.N. ChenL. ChangS.L. DaiY.C. 2012 Design and Realization of Telemetry Data Fusion Software. J Modern Electronics Technique 35 04 136 138+144 Search in Google Scholar

[17] Zhu, X.F. (2011) Precise docking method for multi-station telemetry raw data. J. Tactical Missile Technology., (06):112–115. ZhuX.F. 2011 Precise docking method for multi-station telemetry raw data. J Tactical Missile Technology 06 112 115 Search in Google Scholar

[18] Zhang, D., Wu, X.L. (2011) Research on the Method of Missile Telemetry Data Preprocessing. J. Information Technology., 30(03):65–68. ZhangD. WuX.L. 2011 Research on the Method of Missile Telemetry Data Preprocessing. J Information Technology 30 03 65 68 Search in Google Scholar

[19] Zhu, X.F., Han, N. (2009) Time delay estimation method of telemetry data based on mutual cumulant. J. Journal of Telemetry, Tracking and Command., 30(03):65–68. ZhuX.F. HanN. 2009 Time delay estimation method of telemetry data based on mutual cumulant. J Journal of Telemetry, Tracking and Command 30 03 65 68 Search in Google Scholar

[20] Xu, H.Z., Liang, H., Han, C.Z. (2009) Research on data extraction of telemetry preprocessing under multi-station measurement system. J. Information Technology., 33(02):26–29. XuH.Z. LiangH. HanC.Z. 2009 Research on data extraction of telemetry preprocessing under multi-station measurement system. J Information Technology 33 02 26 29 Search in Google Scholar

[21] Liang, H., Chen, L., Li, Y.L. (2007) Research on the Fusion Mechanism of Real-time Telemetry Data. J. Journal of Telemetry, Tracking and Command., 30(03):65–68. LiangH. ChenL. LiY.L. 2007 Research on the Fusion Mechanism of Real-time Telemetry Data. J Journal of Telemetry, Tracking and Command 30 03 65 68 Search in Google Scholar

[22] Ding, F., Jiang, Q.X., Zhang, N. (2007) Review and Prospect of the Development of Multi-sensor Data Fusion. J. Shipboard Electronic Countermeasure., (03):52–55+73. DingF. JiangQ.X. ZhangN. 2007 Review and Prospect of the Development of Multi-sensor Data Fusion. J Shipboard Electronic Countermeasure 03 52 55+73 Search in Google Scholar

[23] Chen, H.Y., Liu, C.H., Sun, B. (2017) A Survey of Similarity Measures in Time Series Data Mining. J. Control and Decision., 32(01):1–11. ChenH.Y. LiuC.H. SunB. 2017 A Survey of Similarity Measures in Time Series Data Mining. J Control and Decision 32 01 1 11 Search in Google Scholar

[24] Wu, Y., Liang, J., Peng, Y. (2021) Similarity based telemetry data recovery for enhancing operating reliability of satellite., J. Microelectronics Reliability., 0026–2714 WuY. LiangJ. PengY. 2021 Similarity based telemetry data recovery for enhancing operating reliability of satellite., J Microelectronics Reliability 0026 2714 Search in Google Scholar

[25] Cui, G.L. (2017) Research on Spacecraft Telemetry Data Prediction Algorithm Based on Time Series., D. Xi’an Technological University. CuiG.L. 2017 Research on Spacecraft Telemetry Data Prediction Algorithm Based on Time Series., D Xi’an Technological University Search in Google Scholar

[26] Yu, K. (2017) The development and trend of real-time telemetry data ground station., 15(08):15–17. YuK. 2017 The development and trend of real-time telemetry data ground station 15 08 15 17 Search in Google Scholar

[27] Jia, H.Y., Wang, S.H. (2020) Research on real-time fusion method of multi-station telemetry data based on the best sub-frame quality. J. Electronic Measurement Technology., 43(10):74–77. JiaH.Y. WangS.H. 2020 Research on real-time fusion method of multi-station telemetry data based on the best sub-frame quality. J Electronic Measurement Technology 43 10 74 77 Search in Google Scholar

[28] Yang, J., Zhang, D. (2019) Multi-station telemetry data fusion method based on full frame optimization. J. Electronic Measurement Technology., 42(17):101–105. YangJ. ZhangD. 2019 Multi-station telemetry data fusion method based on full frame optimization. J Electronic Measurement Technology 42 17 101 105 Search in Google Scholar

[29] Yu, C.H., Xu, S.T., Shi, Y.H. (2018) Research on Data Fusion Method in Multi-station Telemetry Data Processing. J. Journal of Telemetry, Tracking and Command., 39(01):47–52+56. YuC.H. XuS.T. ShiY.H. 2018 Research on Data Fusion Method in Multi-station Telemetry Data Processing. J Journal of Telemetry, Tracking and Command 39 01 47 52+56 Search in Google Scholar

[30] Lu, Z.G. (2017) Intelligent multi-station telemetry data processing system. J. Journal of Telemetry, Tracking and Command., 38(04):9–19. LuZ.G. 2017 Intelligent multi-station telemetry data processing system. J Journal of Telemetry, Tracking and Command 38 04 9 19 Search in Google Scholar

[31] Zhang, J., Zhang, X.X., Li, Z.F. (2017) Design and Realization of Accurate Mosaic Method of Multi-station Telemetry Data. J. Journal of Telemetry, Tracking and Command., 38(02):22–26. ZhangJ. ZhangX.X. LiZ.F. 2017 Design and Realization of Accurate Mosaic Method of Multi-station Telemetry Data. J Journal of Telemetry, Tracking and Command 38 02 22 26 Search in Google Scholar

[32] Zhu, X.F. (2016) Multi-station telemetry data fusion method based on nearest neighbor cluster analysis. J. Journal of Ballistics., 28(02):93–96. ZhuX.F. 2016 Multi-station telemetry data fusion method based on nearest neighbor cluster analysis. J Journal of Ballistics 28 02 93 96 Search in Google Scholar

[33] Wu, Y., Huo, J.H., Guo, S.W. (2016) Real-time telemetry data selection technology for multi-site networking. J. Measurement & Control Technology., 35(06):60–63+67. WuY. HuoJ.H. GuoS.W. 2016 Real-time telemetry data selection technology for multi-site networking. J Measurement & Control Technology 35 06 60 63+67 Search in Google Scholar

[34] Han, N. (2015) Improved telemetry data docking method and error elimination. J. Measurement & Control Technology., 22(03):14–16. HanN. 2015 Improved telemetry data docking method and error elimination. J Measurement & Control Technology 22 03 14 16 Search in Google Scholar

[35] Du, P. (2015) Design and Realization of Software for Fast Fusion of Multi-station Telemetry Data. J. Computer Measurement & Control., 23(06):2218–2219+2240. DuP. 2015 Design and Realization of Software for Fast Fusion of Multi-station Telemetry Data. J Computer Measurement & Control 23 06 2218 2219+2240 Search in Google Scholar

[36] Lu, N. (2015) Research on the technology of telemetry transmission and ground data fusion for high dynamic aircraft. D. National University of Defense Technology. LuN. 2015 Research on the technology of telemetry transmission and ground data fusion for high dynamic aircraft. D National University of Defense Technology Search in Google Scholar

[37] Cheng, H.Y., Shu, C.H., Cui, J.F. (2015) Methods to improve the accuracy of telemetry through data processing. J. Radio Engineering., 45(08):10–14. ChengH.Y. ShuC.H. CuiJ.F. 2015 Methods to improve the accuracy of telemetry through data processing. J Radio Engineering 45 08 10 14 Search in Google Scholar

[38] Shu, C.H., Sun, X., Cui, J.F., Cheng, H.Y. (2014) Method for automatic connection of telemetry multi-station data based on the best single frame quality. J. Journal of Telemetry, Tracking and Command., 35(06):50–55+66. ShuC.H. SunX. CuiJ.F. ChengH.Y. 2014 Method for automatic connection of telemetry multi-station data based on the best single frame quality. J Journal of Telemetry, Tracking and Command 35 06 50 55+66 Search in Google Scholar

[39] Liu, G.S., Gao, S., Gui, Y., He, J.J., Li, T.B. (2014) Research on real-time docking method of multi-station telemetry data. J. Radio Engineering., 44(11):34–37. LiuG.S. GaoS. GuiY. HeJ.J. LiT.B. 2014 Research on real-time docking method of multi-station telemetry data. J Radio Engineering 44 11 34 37 Search in Google Scholar

[40] Jia, H.Y., Yu, R.N. (2020) Multi-task telemetry data real-time processing system. J. Journal of Detection & Control., 42(05):102–106. JiaH.Y. YuR.N. 2020 Multi-task telemetry data real-time processing system. J Journal of Detection & Control 42 05 102 106 Search in Google Scholar

[41] Liu, Y.N., Chen, L., Chang, S.L., Dai, Y.C. (2012) Design and Realization of Telemetry Data Fusion Software. J. Modern Electronics Technique., 35(04):136–138+144. LiuY.N. ChenL. ChangS.L. DaiY.C. 2012 Design and Realization of Telemetry Data Fusion Software. J Modern Electronics Technique 35 04 136 138+144 Search in Google Scholar

[42] Zhu, X.F. (2011) Precise docking method for multi-station telemetry raw data. J. Tactical Missile Technology., (06):112–115. ZhuX.F. 2011 Precise docking method for multi-station telemetry raw data. J Tactical Missile Technology 06 112 115 Search in Google Scholar

[43] Zhang, D., Wu, X.L. (2011) Research on the Method of Missile Telemetry Data Preprocessing. J. Information Technology., 30(03):65–68. ZhangD. WuX.L. 2011 Research on the Method of Missile Telemetry Data Preprocessing. J Information Technology 30 03 65 68 Search in Google Scholar

[44] Zhu, X.F., Han, N. (2009) Time delay estimation method of telemetry data based on mutual cumulant. J. Journal of Telemetry, Tracking and Command., 30(03):65–68. ZhuX.F. HanN. 2009 Time delay estimation method of telemetry data based on mutual cumulant. J Journal of Telemetry, Tracking and Command 30 03 65 68 Search in Google Scholar

[45] Xu, H.Z., Liang, H., Han, C.Z. (2009) Research on data extraction of telemetry preprocessing under multi-station measurement system. J. Information Technology., 33(02):26–29. XuH.Z. LiangH. HanC.Z. 2009 Research on data extraction of telemetry preprocessing under multi-station measurement system. J Information Technology 33 02 26 29 Search in Google Scholar

[46] Liang, H., Chen, L., Li, Y.L. (2007) Research on the Fusion Mechanism of Real-time Telemetry Data. J. Journal of Telemetry, Tracking and Command., 30(03):65–68. LiangH. ChenL. LiY.L. 2007 Research on the Fusion Mechanism of Real-time Telemetry Data. J Journal of Telemetry, Tracking and Command 30 03 65 68 Search in Google Scholar

[47] Ding, F., Jiang, Q.X., Zhang, N. (2007) Review and Prospect of the Development of Multi-sensor Data Fusion. J. Shipboard Electronic Countermeasure., (03):52–55+73. DingF. JiangQ.X. ZhangN. 2007 Review and Prospect of the Development of Multi-sensor Data Fusion. J Shipboard Electronic Countermeasure 03 52 55+73 Search in Google Scholar

[48] Chen, H.Y., Liu, C.H., Sun, B. (2017) A Survey of Similarity Measures in Time Series Data Mining. J. Control and Decision., 32(01):1–11. ChenH.Y. LiuC.H. SunB. 2017 A Survey of Similarity Measures in Time Series Data Mining. J Control and Decision 32 01 1 11 Search in Google Scholar

[49] Wu, Y., Liang, J., Peng, Y. (2021) Similarity based telemetry data recovery for enhancing operating reliability of satellite., J. Microelectronics Reliability., 0026–2714 WuY. LiangJ. PengY. 2021 Similarity based telemetry data recovery for enhancing operating reliability of satellite., J. Microelectronics Reliability 0026 2714 Search in Google Scholar

[50] Cui, G.L. (2017) Research on Spacecraft Telemetry Data Prediction Algorithm Based on Time Series., D. Xi’an Technological University. CuiG.L. 2017 Research on Spacecraft Telemetry Data Prediction Algorithm Based on Time Series., D Xi’an Technological University Search in Google Scholar