The dual frequency signals from the GPS satellites recorded at Rajkot (22.29° N, 70.74° E,
Geographic, 14.03° N Geomagnetic) near the Equatorial ionization anomaly crest in India …

Using multi‐instrumental and multistation data, we present low‐latitude ionospheric‐
thermospheric behavior during the geomagnetic storm of 15 May 2005. The diurnal pattern …

The paper is based on the ionospheric variations in terms of vertical total electron content
(VTEC) for the low solar activity period from May 2007 to April 2009 based on the analysis of …

Investigation of space weather effects on GPS satellite navigation systems is very crucial in
high-precision positional applications such as aircraft landings and missile guidance, etc …

The present paper analyzes the dual frequency signals from GPS satellites recorded at
Varanasi (Geographic latitude 25°, 16′ N, longitude 82°, 59′ E) near the equatorial …

This article presents the first results regarding the investigation of the response of the
equatorial ionospheric F region in the African sector during geomagnetic storm periods …

Accepted: 20/Jul/2021, Online: 31/Aug/2021 Abstract—We use the IGS (International
Geodesic Survey) dual-frequency GPS data of Indian low latitude IGS Station IISC …

In this paper we studied the effect of geomagnetic storm on Global Positioning System (GPS)
derived total electron content (TEC) at low latitude Varanasi (Geomagnetic lat 14, 55'N …

Within the scope of this position paper, we will examine the difficulties associated with
ensuring inclusion when children are involved in collaborative design. Within the field of …

The ionosphere represents one of the most important error sources that affecting GPS
positioning. It is strongly related to solar activity and geomagnetic field. The GPS satellites …