Abstract
In this paper we investigate the integration of both CBR (constant bit rate) and ABR (available bit rate) services in a wireless personal communication network. MRAP is a proposed multiservices resource allocation policy which intends to share efficiently slot times of the TDMA frame between two classes of traffic while satisfying the quality of service requirements of both. By means of performance modeling, and especially the stochastic automata networks model, we demonstrate that ABR traffic is transparent to CBR traffic while loss rate is kept under reasonable values. By computing both blocking and dropping handover probabilities, we show also that offered QoS to CBR service is also satisfactory.
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