With the great expansion of wireless communications, jamming becomes a real threat. We propose a new model to evaluate the robustness of a communication system to jamming. The model results in more scenarios to be considered ranging from the favorable case to the worst case. The model is applied to a TH-UWB radio. The performance of such a radio in presence of the different jamming scenarios is analyzed. We introduce a mitigation solution based on stream cipher that restricts the jamming problem of the TH-UWB communication to the more favorable case while preserving confidentiality.

Towards stronger jamming model: Application to TH-UWB radio

BEN FARAH, AHMED;
2012

Abstract

With the great expansion of wireless communications, jamming becomes a real threat. We propose a new model to evaluate the robustness of a communication system to jamming. The model results in more scenarios to be considered ranging from the favorable case to the worst case. The model is applied to a TH-UWB radio. The performance of such a radio in presence of the different jamming scenarios is analyzed. We introduce a mitigation solution based on stream cipher that restricts the jamming problem of the TH-UWB communication to the more favorable case while preserving confidentiality.
2012
2012 IEEE Wireless Communications and Networking Conference (WCNC)
2012 IEEE Wireless Communications and Networking Conference (WCNC)
9781467304351
9781467304368
9781467304375
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11577/3104738
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