Real-time kinematic requires a radio frequency link between a base station and the

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Study for the Land Surveyor in Training Test. Study with flashcards and multiple choice questions, each question has hints and explanations. Get ready for your exam!

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Real-time kinematic requires a radio frequency link between a base station and the

Real-time kinematic relies on a live corrections link from a base station to a rover. The base station, with a precisely known position, computes corrections for its GNSS observations and transmits them in real time over a radio frequency link to the rover in the field. The rover then applies these corrections to its own GNSS data, resolves carrier-phase ambiguities, and delivers centimeter-level positioning immediately. The satellites provide the GNSS signals, but RTK corrections travel through the RF link, not from satellites. The recipient of those corrections is the rover, not the base station.

Real-time kinematic requires a radio frequency link between a base station and the

Study for the Land Surveyor in Training Test. Study with flashcards and multiple choice questions, each question has hints and explanations. Get ready for your exam!

Real-time kinematic requires a radio frequency link between a base station and the

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