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Advisor(s)
Abstract(s)
Models allowing the study of the influence of coverage distance and velocity on the supported traffic and on the new calls traffic linear density are examined, and results are obtained for typical scenarios in a Mobile Broadband System (MBS) with a linear coverage geometry. For situations without using guard channels for handover, for a fixed bounding value for the blocking probability, the new calls traffic linear density has been analyzed, increasing with the decrease of the coverage distance R, and being upper limited by a value which depends on the characteristics of the mobility scenario. However, call-dropping probability requirements also need to be fulfilled, leading to a new calls traffic linear density that only increases with the decrease of R
down to an optimum value of R, and being lower for scenarios with higher mobility.
This situation leads to limitations in system capacity for lower values of the coverage
distance, mainly for high mobility scenarios.
Description
Keywords
Traffic from Mobility Microcellular Coverage Distance Mobile Broadband Systems Guard channels for handover Blocking probability Ccall-dropping probability
Citation
F.J. Velez and L.M. Correia, “Influence of Traffic from Mobility on the Microcellular Coverage Distance in Mobile Broadband Systems,” in Proc. of AMOS’ 98 – 3rd ACTS Mobile Summit, Rhodes, Greece, June 1998.
Publisher
ACTS