Abstract
In frequency-hopping (FH) communication systems, frequency-hopping sequences (FHSs) determine systems' performance. For the quasi-synchronous FH communication systems, no-hit-zone (NHZ) frequency sequences are good at preventing multi-path interferences. If the two neighbouring frequency components of an FHS have enough gap, the FH communication system's anti-interference ability will be significantly improved. Here, a Chinese remainder theorem-based construction of optimal NHZ-FHS sets with wide gap is proposed.
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