Abstract
The article describes the calculation method for the trajectory measurements of a ship's the rectilinear motion with regard to the of the vessel applicable to the concept of navigation remote control. The well-known least squares method used in mathematical calculations allows calculating the necessary construction parameters of smoothing of the rectilinear motion of the actual ship's track. The difference between the obtained and calculated data in real-time is calculating using this method and methods of processing various signals of technical means of navigation. This allows to predict the further movement of the vessel as well as to detect unauthorized deviation from the specified track line. The results of experiments and calculations performed on the vessel and presented in this paper indicate the accuracy of the proposed method. Therefore, it can be used to implement the concept of navigation remote control which involves autonomous ships and unmanned ships in the future.
Keywords: navigation, trajectory measurements, smoothing, unmanned ships, autonomous ships, least squares method.
References
1. Baranov Ju.K., Gavrjuk M.I., Loginovskij V.A., Peskov Ju.A. Navigaci-ja. Uchebnik dlja vuzov [Navigation. Textbook for high schools]. St. Petersburg, Lan' Publ., 1997, 512 p.
2. Boran – Keshish'jan A.L., Kobets N.M. Sopostavlenie tekushhih koordi-nat sudna po odnovremjonnym dannym s dvuh API SRNS primenitel'no k koncep-cii udaljonnogo navigacionnogo kontrolja [Comparison of the current coordi-nates of the vessel by simultaneous data from two GNSS indicators of the satel-lite radio navigation system applicable to the concept of remote navigation con-trol]. Transportnoe delo Rossii [Transport business of Russia]. 2016, №3, pp. 118 – 124.
3. Vagushhenko L.L. Obrabotka navigacionnyh dannyh na JeVM [Pro-cessing of navigation data on a computer]. Moscow, Transport Publ., 1985, 145 p.
4. Vas'kov A.S., Mel'nik V.G. Kusochno-linejnoe sglazhivanie traektornyh dannyh dvizhenija sudna [Piecewise-linear smoothing of the ship motion trajecto-ry data ]. Jekspluatacija vodnogo transporta [Operation of water transport]. 2015, №1 (74), pp. 28 – 32.
5. Vas'kov A.S., Mel'nik V.G. Ocenka snosa sudna po traektornym dannym [Evaluation of the demolition of the ship on a trajectory data]. Jekspluatacija vodnogo transporta [Operation of water transport]. 2015, №2 (75), pp. 34 – 38.
6. Ventcel' E.S. Teorija verojatnostej [Probability theory]. Moscow, Nauka Publ., 1969, 576 p.
7. Durov A.A., Kan V.S., Nichiporenko N.T., Ustinov Ju.M. Sudovaja ra-diolokacija. Sudovye radiolokacionnye sistemy i SARP. Uchebnik dlja vuzov. Izd. 2 – e, pererabotannoe i ispravlennoe [Ship radar. Ship and ARPA radar systems. Textbook for high schools. Ed. 2nd, revised and corrected]. Petropavlovsk-Kamchatsky, KamchatGTU, 2005, 280 p.
8. Kuz'min S.Z. Cifrovaja obrabotka radiolokacionnoj informacii [Digital processing of radar data]. Moscow, Sovetskoe radio Publ., 1967, 400 p.
9. Molokanov G.F. Ob’ektivnyj kontrol' tochnosti samoljotovozhdenija [Ob-jective control of precision piloting]. Moscow, Voenizdat Publ., 1980, 126 p.
10. Peskov Ju.A. Morskaja navigacija s GLONASS / GPS. Uchebnoe posobie dlja vuzov + CD [Navigating with GLONASS / GPS. Textbook for high schools + CD]. Moscow, Morkniga Publ., 2010, 344 p.
11. Peskov Ju.A. Radiolokacionnaja provodka sudna. Metody navigacion-nogo ispol'zovanija sudovoj RLS. Uchebnoe posobie [Radar ship pilotage. Meth-ods of using marine navigation radars. Textbook]. Moscow, Mortehinformrekla-ma Publ., 1983, 88 p.
12. Peskov Ju.A. Ispol'zovanie RLS v sudovozhdenii [Use of radar in navi-gation]. Moscow, Transport Publ., 1986, 144 p.
About author
Kobets Nikolay - FSBEO HE "Admiral Ushakov Maritime State University", Novorossisk, e-mail: nik7891@ya.ru
Issue: 46/47 (2017)
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