Sensitivity of information capacity of land mobile cellular system to the base station antenna height at higher microwave frequencies

Minimum Cell Size for Information Capacity Increase in Cellular Wireless Network

“…The main contribution of this thesis is based on the key papers of the author [45][46][47][48][49][50] and other submitted work [51]. However, each chapter provides a detailed summary of contributions made within the chapter.…”

“…The impact of propagation loss and system parameters on the information capacity performance of land mobile cellular wireless networks has been studied and published in previous literature [28,46,47,77,[94][95][96][97][98][99][100][101]. However for most of these studies to proceed analytically, only first tier co-channel interfering cells were incorporated into the interference model.…”

“…That is, introducing effective road height in cellular wireless communication system information capacity performance analysis. Anang et al in [46,47] studied the impact of base station antenna height and path loss exponent on the uplink information capacity of a cellular wireless system operating at carrier frequencies f c > 2 GHz. In their study, second tier co-channel interfering cells were considered to be active.…”

“…However, outage probability was used for the study and multiple tiers of co-channel interfering cells was not considered. Anang et al, in [46], studied the sensitivity of cellular system information capacity performance to BS antenna height.…”

Cellular System Information Capacity Change at Higher Frequencies Due to Propagation Loss and System Parameters

“…The impact of propagation loss and system parameters on information capacity performance of land mobile cellular wireless systems has been studied and published in previous literature [6][7][8][9][10][11][12][13][14][15][16][17]. However, most of this studies have been performed in situations where carrier frequencies were below 2 GHz.…”