... | @@ -2,6 +2,6 @@ The ground segment of the GNSS **refers to the infrastructure on the ground that |
... | @@ -2,6 +2,6 @@ The ground segment of the GNSS **refers to the infrastructure on the ground that |
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The ground segment of GNSS is responsible for **maintaining the accuracy and reliability of the system** by monitoring **the health and performance of the satellites, collecting and analyzing data from the satellites,** and **uploading control messages to the satellites to maintain their orbits and clocks**. It also processes the GNSS signals received from the satellites and disseminates them to users in a variety of formats, such as standard GNSS signals and augmented GNSS signals that include additional data to improve accuracy.
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The ground segment of GNSS is responsible for **maintaining the accuracy and reliability of the system** by monitoring **the health and performance of the satellites, collecting and analyzing data from the satellites,** and **uploading control messages to the satellites to maintain their orbits and clocks**. It also processes the GNSS signals received from the satellites and disseminates them to users in a variety of formats, such as standard GNSS signals and augmented GNSS signals that include additional data to improve accuracy.
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The ground segment of GNSS is a critical component of the overall system, as it ensures that the satellites are operating correctly and provides the necessary infrastructure to support the use of GPS for a wide range of applications.
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The ground segment of GNSS is a critical component of the overall system, as it ensures that the satellites are operating correctly and provides the necessary infrastructure to support the use of GNSS for a wide range of applications.
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