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Scientific paper ID 1885 : 2019/3
![]() OPTIMIZATION OF SYSTEMS FOR POSITIONING AND NAVIGATION OF TRANSPORT VEHICLES
Emiliya Dimitrova, Svetlin Stefanov The Global Positioning System (GPS) provides information about location, speed and time that is used by many applications. Practically, all kinds of transport, telecommunications, energy-related and other areas of the economy use satellite navigation systems today to determine coordinates, to synchronize hours, to organize monitoring and to manage objects. The importance of satellite systems is growing with the wider needs of networks and the growing need for users’ mobility. There are many advantages of satellite navigation - they have a high degree of physical reliability, they are independent of the Earth`s infrastructure, they provide a distribution of loads and offer solutions for significant volumes of information on large areas.
Three types of GPS receivers have been tested to illustrate and give a realistic picture of the accuracy and reliability of certain products. This can contribute to specific solutions for the optimization of positioning systems in road transport. GPS позициониране транспортни средстваGPS positioning transport vehiclesEmiliya Dimitrova Svetlin Stefanov BIBLIOGRAPHY [1] Zogg J-M., GPS - Essentials of Satellite Navigation, 2009 [2] Karasev, V., Sovremenyye spatnikovi navigatsionni sistemi, Vladivostok, 2006 ( [2] Кaрасев, В., Современые спътникови навигационни системи, Владивосток, 2006 ) [3] Ivanov R., R. Valkov, Kombinirane na izmervaniya ot GPS i totalna stantsiya za tselite na geodezicheskoto osiguryavane na zhelezniya pat, Sb. “Transport-2004”, VTU, s.193-196, 2004 ( [3] Иванов Р., Р. Вълков, Комбиниране на измервания от GPS и тотална станция за целите на геодезическото осигуряване на железния път, Сб. “Транспорт-2004”, ВТУ, с.193-196, 2004 ) [4] Dimitrov V., Izsledvane na pozitsionni sistemi – laboratoren stend, n. sp. “Mehanika, Transport, Komunikatsii”, br. 3/2011, str. VII-4 ( [4] Димитров В., Изследване на позиционни системи – лабораторен стенд, н. сп. “Механика, Транспорт, Комуникации”, бр. 3/2011, стр. VII-4 ) [5] Simeonova Ts. Izsledvane na vliyanieto na parametri na preminavashtite prez prelez shoseyni prevozni sredstva varhu individualniya risk. N. Sp. „Mehanika, transport, komunikatsii”, t. 14, broy 3/2, statiya № 1404, 2016 ( [5] Симеонова Ц. Изследване на влиянието на параметри на преминаващите през прелез шосейни превозни средства върху индивидуалния риск. Н. Сп. „Механика, транспорт, комуникации”, т. 14, брой 3/2, статия № 1404, 2016 ) [6] http://mech-ing.com/journal/Archive/2008/to... [7] https://www.gsa.europa.eu/egnos/what-egnos ... [8] http://gpscontrol.bg/commercial/ |