Fundamentals of Ultra-Wideband Radio with MATLAB Code Implementation

This collection comprises all MATLAB code implementations presented in the book "Fundamentals of Ultra-Wideband Radio." These MATLAB scripts and functions serve as valuable resources for UWB simulation development, offering comprehensive tools for signal generation, modulation techniques, channel modeling, and receiver design. The codebase includes implementations of key UWB algorithms such as pulse shaping, time-hopping sequences, and correlation-based detection methods, enabling users to practically apply theoretical concepts from the book. Through these code examples, users can enhance their understanding and application of UWB technology principles covered in the textbook, gaining hands-on experience with practical implementation aspects. The repository provides working examples of UWB transmitter-receiver chain simulations, including BER performance analysis and multipath channel effects modeling. Both students and professional engineers can utilize these codes to develop practical skills in UWB system design, performance evaluation, and algorithm optimization. The code serves as an excellent reference for academic research and project development, offering flexibility for customization and extension. Key functions include UWB pulse waveform generation (Gaussian monocycle pulses), modulation schemes implementation, and synchronization algorithms. For researchers and developers interested in UWB technology, this collection provides a solid foundation for experimenting with various UWB system configurations and performance analysis techniques.