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Android analysis of distance-based location management in wireless communication networks
1. ANALYSIS OF DISTANCE-BASED LOCATION MANAGEMENT IN
WIRELESS COMMUNICATION NETWORKS
ABSTRACT:
The performance of dynamic distance-based location management schemes (DBLMS) in
wireless communication networks is analyzed. A Markov chain is developed as a mobility model
to describe the movement of a mobile terminal in 2D cellular structures. The paging area
residence time is characterized for arbitrary cell residence time by using the Markov chain. The
expected number of paging area boundary crossings and the cost of the distance-based location
update method are analyzed by using the classical renewal theory for two different call handling
models. For the call plus location update model, two cases are considered. In the first case, the
inter call time has an arbitrary distribution and the cell residence time has an exponential
distribution. In the second case, the inter call time has a hyper-Erlang distribution and the cell
residence time has an arbitrary distribution. For the call without location update model, both inter
call time and cell residence time can have arbitrary distributions. Our analysis makes it possible
to find the optimal distance threshold that minimizes the total cost of location management in a
DBLMS.
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