2015
DOI: 10.1590/s1982-21702015000300028
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Acurácia Do Posicionamento Absoluto GPS Com Correção Da Ionosfera Advinda De Mapas Ionosféricos Globais E Regionais

Abstract: Resumo:O efeito provocado pela ionosfera no sinal GPS é um dos mais impactantes no processo de estimativa das coordenadas geodésicas, principalmente para dados de simples frequência, sem o uso de um modelo ionosférico adequado. Neste caso, pode-se atualmente aplicar as correções ionosféricas advindas do modelo de Klobuchar, dos Mapas Globais (GIM) ou Mapas Regionais da Ionosfera. Sendo os dois últimos citados os que têm sido muito investigados pela comunidade cientifica. Nesse artigo destaca-se o LPIM (La Plat… Show more

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Cited by 2 publications
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“…Experiments considering two days in January of 2014 (high solar activity period) showed an average improvement in the SPP accuracy of 77.4%, 44.7% and 74.6%, respectively, for the X, Y and Z coordinates in contrast with a solution without ionospheric correction (Aguiar and Kozelinski 2015). We can also cite the extinct Regional Ionosphere Maps (RIM) produced by La Plata University, Argentina, called La Plata Ionospheric Model (LPIM), which were evaluated in the absolute positioning for Brazilian stations during the year 2013 and showed a maximum annual improvement ranging from 22% to 37% compared to the solution applying the Center for Orbit Determination of Europe (CODE) GIM (Rocha, Marques and Monico 2015).…”
Section: Introductionmentioning
confidence: 99%
“…Experiments considering two days in January of 2014 (high solar activity period) showed an average improvement in the SPP accuracy of 77.4%, 44.7% and 74.6%, respectively, for the X, Y and Z coordinates in contrast with a solution without ionospheric correction (Aguiar and Kozelinski 2015). We can also cite the extinct Regional Ionosphere Maps (RIM) produced by La Plata University, Argentina, called La Plata Ionospheric Model (LPIM), which were evaluated in the absolute positioning for Brazilian stations during the year 2013 and showed a maximum annual improvement ranging from 22% to 37% compared to the solution applying the Center for Orbit Determination of Europe (CODE) GIM (Rocha, Marques and Monico 2015).…”
Section: Introductionmentioning
confidence: 99%