@article{M5EBF16A4,
title = "Performance Analysis of NED Diversity Combining Scheme for Chirp Spread Spectrum Frequency Hopping Systems under Jamming Environments",
journal = "The Journal of Korean Institute of Communications and Information Sciences",
year = "2024",
issn = "1226-4717",
doi = "10.7840/kics.2024.49.2.186",
author = "Joon-Soo Eom, Kwang-Yul Kim, Jong-Ho Lee, Yoan Shin, Oh-Soon Shin",
keywords = "Partial Band Noise Jamming, Multi-tone Jamming, Chirp Spread Spectrum, Normalized Envelope Detector, Anti-Jamming",
abstract = "Next-generation military communication systems must be able to adapt optimally to channel environments such as jamming or interference, and should possess capabilities for achieving required transmission rates, anti-jamming, network control, and network management. It should also support various platforms such as high-speed moving vehicles, ultra-compact terminals, and high-speed drones. Among various disruptive techniques, jamming techniques can easily create devices at low cost and with simple technology, making it possible to launch attacks. Therefore, anti-jamming technologies are being researched to counter jamming attacks. This paper presents a system applying normalized envelope detection based diversity technique to the"
}