Frequency Stepping MATLAB Simulation with Radar Angle Estimation

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Resource Overview

Frequency Stepping MATLAB Simulation: Implementation of ambiguity function generation, range profile creation with redundancy removal and stitching, and radar angle estimation for both single-target and multi-target scenarios using MATLAB-based algorithms.

Detailed Documentation

The objective of frequency stepping MATLAB simulation is to achieve radar angle estimation through the generation of ambiguity functions, range profiles, and redundancy removal with stitching operations. This simulation covers both single-target and multi-target scenarios.

Key implementation aspects include using stepped frequency waveforms to generate high-resolution range profiles through inverse Fourier transforms, creating ambiguity functions to analyze resolution performance, implementing redundancy removal algorithms to eliminate overlapping data segments, and applying angle estimation techniques like monopulse or phase comparison methods for target localization. The MATLAB code typically involves signal processing functions, FFT operations, and matrix manipulations for efficient computation of radar parameters.

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