[1] Sun R Y, Zhao C Y. Optical survey technique for space debris in GEO[J]. Progress in Astronomy, 30, 394-410(2012).
[2] Zhang H Y. The optical measurement method and precise orbit determination for the satellite[D](2014).
[3] Groth E J. A pattern-matching algorithm for two-dimensional coordinate lists[J]. The Astronomical Journal, 91, 1244-1248(1986).
[4] Mortari D, Samaan M A, Bruccoleri C et al. The pyramid star identification technique[J]. Navigation, 51, 171-183(2004).
[5] Tabur V. Fast algorithms for matching CCD images to a stellar catalogue[J]. Publications of the Astronomical Society of Australia, 24, 189-198(2007).
[6] Murtagh F. A new approach to point-pattern matching[J]. Publications of the Astronomical Society of the Pacific, 104, 301(1992).
[7] Spratling B I V, Mortari D. A survey on star identification algorithms[J]. Algorithms, 2, 93-107(2009).
[8] Marszaek M, Rokita P. Pattern matching with differential voting and median transformation derivation[M]. Wojciechowski K, Smolka B, Palus H, et al. Computer vision and graphics. Computational imaging and vision, 32, 1002-1007(2004).
[9] Griffin P M, Alexopoulos C. Point pattern matching using centroid bounding[J]. IEEE Transactions on Systems, Man, and Cybernetics, 19, 1274-1276(1989).
[10] Paladugu L, Williams B G, Schoen M P. Star pattern recognition for attitude determination using genetic algorithms[C](2003).
[11] Lang D, Hogg D W, Mierle K et al. Astrometry.net: blind astrometric calibration of arbitrary astronomical images[J]. The Astronomical Journal, 139, 1782-1800(2010).
[12] Sun X Z, Zhang R, Shi C G et al. Star identification algorithm based on dynamic angle matching[J]. Acta Optica Sinica, 41, 1610001(2021).
[13] Yan X L, Xu W, Yang G L et al. Star map recognition algorithm based on improved log-polar transformation[J]. Acta Optica Sinica, 41, 1010001(2021).
[14] Sun R Y, Lu Y, Zhao C Y. A method for correcting telescope pointing error in optical space debris surveys[J]. Chinese Astronomy and Astrophysics, 40, 66-78(2016).
[15] Fan L Y. Accurate determination of plate model based on CCD images with different orientations[D](2010).
[16] Devyatkin A V, Gorshanov D L, Kouprianov V V et al. Apex I and Apex II software packages for the reduction of astronomical CCD observations[J]. Solar System Research, 44, 68-80(2010).
[17] Kouprianov V. ISON data acquisition and analysis software[C](2013).
