PENENTUAN POSISI DAN PEMETAAN WILAYAH YANG DI LALUI KENDARAAN BERMOTOR DENGAN MENGGUNAKAN GPS
DOI:
https://doi.org/10.30606/aptk.v9i2.1329Keywords:
Position, regional mapping, traffic and GPS.Abstract
Positioning and mapping of areas with motorcycle through the use of GPS has been done. The determinations were performed by displacement vehicles at three different times in the morning, afternoon and evening with route from entrance of FMIPA UNRI, Tugu Songket, Tugu Selamat Datang, GRAMEDIA Store Book, Soekarno Hatta Street, Pasar Pagi Arengka, the Back Gate of UNRI and back to entrance of FMIPA using GPS as measurement tools of speed, time and distance. The result of the research found that in the morning and evening travel times and speed of vehicles longer than afternoon. The vehicle average velocity in the morning 8.06 m/s with maximum speed in MTQ building to Soekarno Hatta traffic light at 9.83 m/s, at afternoon average velocity at 9.89 m/s with maximum speed at 11.61 m/s in route Pasar Pagi Arengka to Back Gate of UNRI and in the evening the average velocity at 9.14 m/s with maximum speed at 11.33 m/s from entrance of UNRI to Tugu Songket. Travel time and speed of vehicles different based on situation on street and times to times.References
Bagley, L.C. and J.W. Lamons (1992). “NAVSTAR joint Program Office and a status report on the GPS program. “ Proceedings of sixth International Geodesic Symposium on Stellite Positioning.”, Colombus, Ohio, 17-20 March, Volume I, pp. 21-30.
Easton, R.L. (1980). “ The Navigation Technologi Program.“ Papers publish in Navigation, Volume I. Reprinted by the institude of Navigation, Washington, D.C., pp. 15-20
Green, G,B., P.D. Massatt and N.W. Rhodus (1989). “The GPS 21 primary satellite constellation.” Navigation, Journal of the Institude of Navigation, Vol. 36, No.1, Spring, pp. 9-24
Kappa Mu phi. (2007). “ Analisis Vektor dan Ilmu Analitik.”
Tipler, Paul A. 2001.Fisika untuk Sains dan Teknik Edisi Ketiga. Penerbit Erlangga: Jakarta. Hal 53- 63.
