Carrier Synchronization in Frequency-Hopping Communication Systems
Implementation and Algorithm Analysis of Carrier Synchronization for Frequency-Hopping Communications
Frequency Hopping Patterns as the Foundation for Successful Frequency Hopping Communication
Frequency hopping patterns serve as the fundamental basis for successful frequency hopping communication systems. This code computes optimal m-sequence pairs for r=15 by identifying the characteristic phases of m-sequences and applying modulo-2 operations to generate balanced Gold sequences, which are crucial for spread spectrum implementations.
MATLAB Simulation of Frequency Hopping Communication Patterns
Implementation of Frequency Hopping Communication Simulation in MATLAB with Pattern Generation and Data Transmission Analysis
Gold Sequences for Frequency Hopping Communications
Gold sequences applied in frequency hopping communication systems, featuring generation functions for producing hopping sequences along with bit error rate performance analysis under Gaussian white noise and multi-user interference conditions.
Generation of Frequency Hopping Sequences Using m-Sequences and Their Application in Frequency Hopping Communication
Implementation of m-sequence based frequency hopping sequence generation for frequency hopping communication systems, including simulation of bit error rate performance curves
Bit Synchronization
Bit Synchronization in Frequency Hopping Communications