Radio Resource Management with Reduced Co-Channel Interference in WLAN
Prasanta Kumar Swain, Shashi Bhusan Panda
Abstract
Prasanta Kumar Swain, Shashi Bhusan Panda
Abstract
Co-Channel interference is common problem in IEEE 802.11 WLAN due to use of overlapping cellular regions. This problem improves more with wide use of wireless technologies in recent years. In a indoor environment we use multiple networks and devices to complete our day today activity. Radio resource management is equally important to avoid co-channel interference. But to mitigate the deficiency of spectrum for wide number of users, spectrum need to be reuse in different side by networks. In this paper, we have proposed a indoor network with primary and secondary network concept based on its utilization and modeled it using queueing theoretic approach by allowing mild co-channel interference for radio resource management.
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Co-Channel interference is common problem in IEEE 802.11 WLAN due to use of overlapping cellular regions. This problem improves more with wide use of wireless technologies in recent years. In a indoor environment we use multiple networks and devices to complete our day today activity. Radio resource management is equally important to avoid co-channel interference. But to mitigate the deficiency of spectrum for wide number of users, spectrum need to be reuse in different side by networks. In this paper, we have proposed a indoor network with primary and secondary network concept based on its utilization and modeled it using queueing theoretic approach by allowing mild co-channel interference for radio resource management.
Key concepts: Radio resource management, Computer network, Computer science, Interference (communication), Channel (broadcasting), Co-channel interference, Reuse, Wireless