Radar echo-signal imitating model |
B. M. Dorozhko |
2001, issue 1, P. 98–113 |
Abstract |
We consider the problem of a radar-tracking echo-signal imitating model designing for the vessel traffic management system. The concept of the model is based on combination an echo-signals from casual and local sources in conditions of reflections from sea waves and weather clutters. |
Keywords: |
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References |
[1] John F. Michaels, “Radar–82”, Int. Conf. (London, 18–20 Oct.), New-York, 1982, 245–249. [2] Corsini Giovanni, “A radar echo simulator based on $\mu$P TMS320”, Proc. MELECON'85. Mediterranean Electrotechn (Conf. Madrid. Oct. 8–10. 1985), Terreni Pierangelo, 2, Amsterdam e.a., 1985, 327–330. [3] Rob. Carriere, Moses Randolph L., “High resolution radar target modeling using a modified prony estimator”, IEEE Trans. Antennas and Propag, 40:1 (1992), 13–18. [4] A. I. Leonov, V. N. Vasenev, Yu. I. Gajdukov i dr., Modelirovanie v radiolokacii, Sov. radio, M., 1979. [5] A. V. Zherlakov, N. S. Zimin, O. V. Kononov, Radiolokacionnye sistemy preduprezhdeniya stolknoveniya sudov, Sudostroenie, L., 1984. [6] R. V. Ostrovityanov, F. A. Basalov, Statisticheskaya teoriya radiolokacii protyazhennyx celej, Radio i svyaz', M., 1982. [7] P. Ya. Ufimtsev, “Elementary edge wavesand the physical theory of diffraction”, Electromagnetics, 11:2 (1991), 125–161. [8] J. W. Crispin, A. L. Maffett, “Radar cross section estimation for complex shapes”, Proc. IEEE, 53:8 (1965). [9] E. A. Shtager, E. V. Chaevskij, Rasseyanie voln na telax slozhnoj formy, Sov. radio, M., 1974. [10] R. H. Delano, “A theory of target glint or angular scintillation in radar tracking”, Proc. IRE, 41 (1953). [11] R. B. Muchmore, “Aircraft scintillation spectra”, Trans. IRE, AP-8:2 (1960). [12] R. V. Ostrovityaninov, F. A. Basalov, Statisticheskaya teoriya radiolokacii protyazhennyx celej, Radio i svyaz', M., 1982. [13] E. A. Shtager, Rasseyanie radiovoln na telax slozhnoj formy, Radio i svyaz', M., 1986. [14] A. K. Fung, “Coherent and incoherent radar scattering from rough surfaces and vegetated areas”, Proc. of an FAS-EARSel Workshop, 1981. [15] V. R. Axmet'yanov, A. A. Belokurov, A. Ya. Pasmurov i dr., “Modeli zakona raspredeleniya amplitudy otrazhennyx ot morskoj poverxnosti radiolokacionnyx signalov”, Zarubezhnaya radioe'lektronika, 1985, № 1, 40–55. [16] Osnovy radiolokacii, t. 1, red. Ya. S. Icxoki, Sov. radio, M., 1976; Per. s angl.: Spravochnik po radiolokacii, red. K. N. Trofimov, N'yu-Jork, 1970. [17] E. V. Suxonin, “K voprosu o prognozirovanii oslableniya radiovoln v dozhde”, E'lektrodinamika i rasprostranenie radiovoln, 43, № 8, 1998, 934–938. [18] M. Sekine, T. Musha, T. Irabu and oth., “Non-rayleigh weather clutter”, Adv. radar techn. London, 1985, 232–235. [19] V. N. Rakov, Indikatornye ustrojstva radiolokacionnyx stancij, Sudpromgiz, L., 1962. [20] E. A. Shtager, “Metody rascheta radiolokacionnyx xarakteristik ob"ektov, naxodyashhixsya vblizi nerovnoj zemnoj ili morskoj poverxnosti”, Zarubezhnaya radioe'lektronika, 1994, № 4-5, 22–40. [21] E. A. Shtager, “Metod rascheta E'PR sudov”, Trudy CNII im. akad. A.N. Krylova, 1975. [22] A. M. Mood, F. A. Graybill and D. C. Boes, Introduction to the Theory of Statistics, Third Edition, McGraw Hill, 1974. [23] Spravochnik po teorii korablya, v trex tomax, t. 2, Statika sudov. Kachka sudov, red. Ya. I. Vojtkunskij, Sudostroenie, L., 1985. [24] A. S. Devyatisil'nyj, V. M. Dorozhko, I. B. Kryzhko, V. M. Grinyak, “Razrabotka teoreticheskix i texnologicheskix aspektov sozdaniya, issledovaniya i e'kspluatacii sistemy upravleniya dvizheniem morskix i vozdushnyx sudov s uchetom sostoyaniya i razvitiya sovremennyx informacionnyx texnologij”, Sbornik investicionnyx predlozhenij Pervogo mezhdunarodnogo investicionnogo kongressa “Novejshie texnologii v sisteme integracionnyx processov territorij stran aziatsko-tixookeanskogo regiona” (30 maya – 2 iyunya 2000 g.), DVGMA, Vladivostok, 2000, 127–130. |