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2021•Electronics LettersOpen access

Optimal no‐hit‐zone frequency hopping sequence sets with wide gap

Changyuan Wang, Wanan Yang, Fuyou Fan

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Abstract

Abstract Using no‐hit‐zone frequency‐hopping (FH) sequences with wide gap (WG NHZ FH sequences), the quasi‐synchronous (QS) FH communication systems not only have good capability of preventing muti‐path interference but also have strong capabilities of resisting the enemy's intentional interferences in the complicated electromagnetic interference conditions. This paper designs a new class of optimal WG NHZ FH sequence set which was not presented previously. It significantly meet the needs of high reliable QS FH communication under complicated electromagnetic interference conditions.

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What this paper is about

Abstract Using no‐hit‐zone frequency‐hopping (FH) sequences with wide gap (WG NHZ FH sequences), the quasi‐synchronous (QS) FH communication systems not only have good capability of preventing muti‐path interference but also have strong capabilities of resisting the enemy's intentional interferences in the complicated electromagnetic interference conditions. This paper designs a new class of optimal WG NHZ FH sequence set which was not presented previously. It significantly meet the needs of high reliable QS FH communication under complicated electromagnetic interference conditions.

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Available abstract

Abstract Using no‐hit‐zone frequency‐hopping (FH) sequences with wide gap (WG NHZ FH sequences), the quasi‐synchronous (QS) FH communication systems not only have good capability of preventing muti‐path interference but also have strong capabilities of resisting the enemy's intentional interferences in the complicated electromagnetic interference conditions. This paper designs a new class of optimal WG NHZ FH sequence set which was not presented previously. It significantly meet the needs of high reliable QS FH communication under complicated electromagnetic interference conditions.

Key concepts: Frequency-hopping spread spectrum, Sequence (biology), Materials science, Optoelectronics, Electronic engineering, Computer science, Chemistry, Engineering

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