Enhanced Adaptive Frequency Hopping - Namdev Singh, Venkateshwaran;Abhinav Mahadevan, N;Sathish Muthu, S
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The Enhanced Adaptive Frequency Hopping (EAFH) mechanism improves the performance of frequency hopping-based wireless personal area networks (WPANs) under frequency-static and frequency-dynamic interference. The proposed mechanism monitors the overall packet error rate (PER) of the system to determine the right number of channels to be excluded from the hopset. Then based on the PER of individual channel, it decides whether to exclude a certain channel or not. EAFH could provide much higher throughput while still maintaining reasonably good channel occupancy.

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Produktbeschreibung
The Enhanced Adaptive Frequency Hopping (EAFH) mechanism improves the performance of frequency hopping-based wireless personal area networks (WPANs) under frequency-static and frequency-dynamic interference. The proposed mechanism monitors the overall packet error rate (PER) of the system to determine the right number of channels to be excluded from the hopset. Then based on the PER of individual channel, it decides whether to exclude a certain channel or not. EAFH could provide much higher throughput while still maintaining reasonably good channel occupancy.
Autorenporträt
This dissertation is a combined work of Mr. N Abhinav Mahadevan, Mr.S. Sathish Muthu, Mr.N Venkateshwaran and Mr.K.P. Paul Durai. All these four were united by Coimbatore Institute of Technology, where they completed their graduation in Electronics and Communication Engineering. All of them have established as successful professional engineers.