Frequency Hopping System Simulation Module with OFDM Modulation

Resource Overview

This simulation module implements a frequency hopping system using Orthogonal Frequency Division Multiplexing (OFDM) modulation, built with Simulink toolbox. The system allows dynamic configuration of key parameters including hopping rate, number of frequency hops, carrier frequency, hopping interval, FFT operation length, and cyclic prefix length. Channel models support both Rayleigh multipath fading and Gaussian channels with customizable parameters. The implementation utilizes Simulink's DSP and Communications toolboxes for signal processing blocks and OFDM modulation/demodulation components.

Detailed Documentation

The frequency hopping system simulation module presented in this work employs Orthogonal Frequency Division Multiplexing (OFDM) modulation and is constructed using the Simulink toolbox. Within the module, you can flexibly modify various parameters including hopping rate, number of frequency hops, carrier frequency, hopping interval, FFT operation length, and cyclic prefix length. The implementation uses Simulink's digital signal processing blocks for FFT/IFFT operations and incorporates communication system components for modulation/demodulation processes. Furthermore, the channel model can be configured as either Rayleigh multipath fading channel or Gaussian channel, with corresponding parameters adjustable according to requirements. The system design includes parameterized subsystems for easy reconfiguration and performance analysis. I hope this work provides valuable reference for your research. Additionally, I would appreciate if the administrator could enable my download functionality. My user ID is: gly201. Thank you very much for your support!