Single Pulse Signal Generation in Short-Range Mode

In short-range mode, single pulse signal generation can be implemented for target detection applications. Single pulse signal generation serves as a method for measuring and analyzing targets, producing outputs such as spectrum diagrams, ambiguity function plots, ambiguity contour maps, autocorrelation function graphs, and Doppler sensitivity metrics. Through these visualizations and data, we can comprehensively understand target characteristics and properties. The spectrum diagram displays the frequency distribution of targets and can be generated using Fast Fourier Transform (FFT) algorithms in signal processing code. The ambiguity function plot illustrates the target's resolution capabilities, typically implemented through matched filtering techniques. The ambiguity contour map provides positional information about targets using 2D visualization methods with contour plotting functions. The autocorrelation function graph reveals target correlation properties, calculable via correlation algorithms in time-domain processing. Doppler sensitivity helps determine target motion states by analyzing frequency shifts in the returned signals. Therefore, employing single pulse signal generation in short-range mode enhances our ability to understand and analyze targets through comprehensive signal processing implementations. Code implementation typically involves pulse generation functions, signal processing libraries, and visualization tools for creating these analytical plots.