Anti-jamming Performance and Implementation of Ultra-Fast Frequency Hop Test-bed

Fast frequency hopping (FFH) communications is an important technology of anti-jamming in military applications. In this paper, anti-jamming performance and implementation of ultra-fast frequency hopping (UFFH) test-bed are described. The system provides the highest hopping rate reported to date and...

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Main Authors: Chen Yading, Cheng Yufan, Liu Xiaohui, Li Shaoqian
Format: Conference Proceeding
Language:English
Subjects:
Computer architecture
Demodulation
Digital modulation
Frequency modulation
Frequency synthesizers
Military communication
RF signals
Software radio
Spread spectrum communication
Testing
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Cheng Yufan
Liu Xiaohui
Li Shaoqian
description Fast frequency hopping (FFH) communications is an important technology of anti-jamming in military applications. In this paper, anti-jamming performance and implementation of ultra-fast frequency hopping (UFFH) test-bed are described. The system provides the highest hopping rate reported to date and keeps capability of communication under the condition in which the 60% of system working spectrum is stained. The test-bed capable of transmitting data at 96 kbps with hopping rates of up to 100 khops/s operates in the VHF/UHF band. Based on software defined radio technology (SDR), the architecture uses a direct digital frequency synthesizer (DDFS) to implement demodulation and modulation of frequency hopping (FH) signal. Furthermore, different arithmetic of digital signal processing and parameters could be software configured because of the high performance analog-to-digital converter (ADC) and the super-heterodyne architecture. Finally, it is showed by the result of measure and simulation that UFFH test-bed has a robust anti-jamming performance
doi_str_mv 10.1109/ICCCAS.2006.284904
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subjects Computer architecture
Demodulation
Digital modulation
Frequency modulation
Frequency synthesizers
Military communication
RF signals
Software radio
Spread spectrum communication
Testing
title Anti-jamming Performance and Implementation of Ultra-Fast Frequency Hop Test-bed
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