Generating Gaussian Amplitude-Modulated Signal Centered at t0

This documentation demonstrates how to generate a Gaussian amplitude-modulated signal centered at time t0. The AMGAUSS function implements this signal generation where parameter N specifies the number of signal points, t0 determines the temporal center position, and y returns the generated signal array. The underlying algorithm typically applies a Gaussian window function g(t) = exp(-(t-t0)²/(2σ²)) modulated by a carrier signal, where σ controls the bandwidth. This type of signal finds applications in signal processing, communication systems, and radar applications due to its excellent spectral characteristics and interference resistance. By adjusting N and t0 parameters, users can control the signal's duration and temporal alignment. The Gaussian AM signal implementation ensures minimal spectral leakage and optimal time-frequency localization. This documentation aims to facilitate better understanding and application of Gaussian amplitude-modulated signals in practical engineering scenarios.