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Reduction of Ionosphere Error in GPS for Location Identity
Author(s) -
Mohini Ghotekar,
Rajesh Tiwari,
Utkarsha Phacharney,
Salvatore Gaglione,
Antonio Angrisano,
Anna Cirogioia,
Salvatore Innac,
Klobuchar Nequick,
Klobuchar,
Katarzyna Stepniak,
Pawel Wielgosz,
Jacek Paziewski,
Suzila Ya'acob,
Mahamod Ismail,
Mardina Abdullah,
Ashish Kumar Shukla,
Saurabh Das,
Atul Shukla,
S Vilas,
Palsule,
Zhen Liu,
Hyung-Sup Jung,
Zhong Lu,
Renato Filjar,
Tomislav Kos,
Ivan Markezic,
Zhen Liu,
Hyung-Sup Jung,
Zhong Lu,
Alessandro Settimi,
Michael Pezzopane,
Marco Pietrella,
Carlo Scotto,
Silvio Bianchi,
James Baskaradas,
Mardina Abdullah,
Hal Strangeway,
M David,
Walsh,
L Jinghua,
M Guanyi,
Guo Ying,
Cheng Pengfei,
D Venkata Ratnam,
J Kumar Dabbakuti,
N Sri Lakshmi,
Ashraf Farah,
Wen Liu Lilong,
Liu Hongyan,
Bin,
Jin Kyu Choi,
Sang,
Hyun Park,
Deuk,
Jae Cho,
Ki Yeolseo,
Toshiyuki Nao Akiyama,
Masashi Tanaka,
Yonekawa,
H Munekane,
Salvatore Gaglione,
Antonio Angrisano,
Anna Cirogioia,
Salvatore Innac,
Troisi
Publication year - 2019
Publication title -
international journal of recent technology and engineering (ijrte)
Language(s) - English
Resource type - Journals
ISSN - 2277-3878
DOI - 10.35940/ijrte.c1029.1183s319
Subject(s) - global positioning system , ionosphere , computer science , gps signals , time to first fix , remote sensing , assisted gps , precision lightweight gps receiver , geodesy , geography , real time computing , telecommunications , gps receiver , geology , geophysics
The Global Positioning System (GPS) has moved toward becoming an amazing tool for ionospheric contemplates. The accuracy of coordination data for the Global Positioning System (GPS) receiver by the GPS monitoring station ought to be expanded. The accuracy can be expanded by deciding the sources of the disturbances that have been delivered by all of ionospheric impacts. The ionospheric delay within the propagation of GPS signal is one among the primary sources of error in GPS precise positioning. The objective of this survey paper is to identify the common factors that affect the accuracy of GPS and identify an effective method which could mitigate or overcome most of those factors. The main objective is the improvement of the measurement accuracy by this correction of ionosphere delay.

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