GPS Interference Simulation

In modern society, the importance of Global Positioning System (GPS) continues to grow significantly. GPS interference simulation serves as an effective technique that enables emulation of jamming patterns through interference with GPS Continuous Wave (CW) signals. This technology typically employs digital signal processing methods where MATLAB or Python implementations can generate jamming waveforms using functions like chirp signal generators or phase modulation algorithms. The technique is crucial for evaluating and improving the robustness and security of GPS systems. Furthermore, GPS interference simulation finds extensive applications in military domains for training and testing anti-jamming capabilities of various devices. Code implementations often involve spectrum analysis using FFT algorithms and signal-to-noise ratio (SNR) degradation models to simulate real-world interference scenarios. Therefore, the advancement of GPS interference simulation technology holds significant importance for enhancing the reliability and security of GPS systems.