By Baxter G.P.
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Even if service suffers setbacks of only a couple of seconds or minutes, the impact may be significant for many applications, such as air traffic control. Finally, as a vital component for a growing number of commercial and military applications, global navigation and positioning systems may be vulnerable to hostile parties. For example, a ground station may be physically attacked or taken over, resulting in any number of consequences to service, or parts of the system can be electronically jammed.
From a European perspective, this inaccuracy is blatantly insufﬁcient, particularly within the transportation sector. With its better precision, Galileo is set to ﬁll this gap. Questionable geographic reliability In northern regions that are frequently used as aviation routes, GPS provides limited coverage. This also affects the coverage accuracy in northern Europe, which 18 Chapter One includes several EU member states. In addition, Galileo would boost overall urban coverage from the current rate of 50 percent (provided by GPS alone) to 95 percent.
These satellites will provide a more resistant, accurate, and reliable signal through increased transmission power. The ground segment consists of different stations scattered throughout the world. A master control station in Colorado Springs controls the space segment. In addition to operating the master control station, Receiver Speciﬁcations 29 the United States operates five unmanned monitor stations and four ground antennas to pick up GPS satellite signals. The data collected by the monitor stations are used to calculate positioning corrections for the satellites.