In this paper, we first describe the architecture of base station (BS) in the CDMA mobile system (CMS) and then model one base station controller group (BSCG) as a queueing network. By using an analytic method for the given queueing network model, we evaluate the mean waiting time at each transmission node in the packet networks between traffic channel element (TCE) in the base station transceiver subsystem (BSC) and selector in the base station controller (BSC). As the transmission technology for the traffic data from TCE during the call conversation time, we consider two kinds of transmission schemes such as the frame non-staggering scheme and the frame staggering scheme. Then, we evaluate the traffic data transfer delay from the TCE to the selector and the quality degradation probability by simulation. Based on these results, we present the call handling capacity of one BSC group for mobile originated calls in the CMS.
['Hwa-Young Um', 'Byun-Han Ryu', 'Jee-Hwan Ahn']
A call handling capacity of base station controller group for mobile originated calls in the CDMA mobile system