Radar System Simulation: Chapter 2 - Radar Cross Section Modeling with MATLAB Implementation

This book on radar modeling offers exceptionally detailed content, particularly in Chapter 2: Radar Cross Section. The publication provides extensive MATLAB code implementations that enable readers to deeply understand various aspects of radar modeling techniques. The second chapter thoroughly explains the fundamental concepts of Radar Cross Section while demonstrating practical implementation approaches using MATLAB's computational capabilities. The included code examples cover key algorithms such as RCS calculation methods for different target geometries, scattering pattern simulations, and electromagnetic wave interaction modeling. Additionally, the chapter contains practical case studies that help readers apply the learned concepts to real-world scenarios, including phased array systems and monostatic/bistatic radar configurations. The MATLAB implementations feature functions for calculating surface scattering, managing complex antenna patterns, and processing radar signal returns. Overall, this book serves as a comprehensive guide that enables readers to develop profound understanding and practical skills in radar system modeling through hands-on code examples and theoretical explanations.