i-lub ATM RAN: with processor sharing model for both last mile and the backbone link Validating approach (3): dimensioned last mile link bandwidths over different target delay factors Validating approach (3): dimensioned backbone link bandwidths over different target delay factors Validating Approach (3): E2E delays over different target delay factors A star topology multi-lub IP RAN using DiffServ QoS for IP transport Dimensioning for elastic traffic in a multi-lub IP RAN with K service classes using DiffServ QoS Structure Dimensioned last mile link bandwidths over different target delay factors in the star-structured IP-based UTRAN with DiffServ QoS scheme Dimensioned backbone link bandwidths over different target delay factors in the star-structured IP-based UTRAN with DiffServ QoS scheme Overbooking factor over different target delay factors in the star-structured IP- based UTRAN with DiffServ QoS scheme Validating the calculated Overbooking factor for a voice traffic scenario Validating the calculated Overbooking factor for a web traffic scenario Overbooking factors over different number of Node Bs (RAB=128, f=1.2) Overbooking factors over different QoS requirements (RAB=128) Validating overbooking factor VS. the number of Node Bs (web traffic) Overbooking factor VS. last mile utilizations (4 Node Bs) - web traffic Overbooking factor VS. the number of Node Bs (mixed traffic scenario) Overbooking factor over number of Node Bs (with various last mile loads) Overbooking factor over last mile loads (with different QoS requirements) Overbooking factor over number of Node Bs (various last mile capacities) Overbooking factor over number of Node Bs (with different voice portions) ATM VS. IP- dimensioning of last mile link and backbone link ATM VS. IP- overbooking factor over traffic load Format of the ATM Cell Format of the AAL2 CPS Packet Format o the AAL2 CPS-PDU RED Packet Drop Function AMR Speech Codec Model for 12.2 kbps speech traffic HSDPA protocol architecture HSUPA protocol architecture HSDPA Simulation Mod