Simulation Results of Galileo BOC Signal Generation and Acquisition
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Simulation results for Galileo Binary Offset Carrier (BOC) signal generation and acquisition processes. These simulation outcomes enable performance prediction of signal acquisition through computer modeling. Furthermore, the simulation data assists engineers in identifying potential challenges during signal acquisition and developing corresponding solutions. By analyzing correlation patterns and acquisition thresholds in the simulation, we can optimize Galileo BOC's performance parameters to enhance positioning accuracy and system reliability. The implementation typically involves generating BOC modulated signals using pseudorandom noise codes and carrier modulation, followed by acquisition algorithms employing correlation techniques with local replica signals and threshold detection methods to validate signal lock conditions.
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