QoS-oriented medium access control fundamentals for future all-MPLS/ATM satellite multimedia personal communications 4G

The future, generation of satellite multimedia personal communications requires dynamical control and stringent quality of service (QoS) guarantee. It is known, that the MAC protocols developments have a dominant effect on the ensuring ability of the QoS and other breakthrough wireless technologies 4G. This paper proposes a novel QoS-oriented long-delay multifunctional MAC technology fundamentals, which ensure a perspective basis for creating a cost-effective completely distributed (neural-like) all-MPLS/ATM-MFMAC architecture for satellite multimedia personal systems 4G with dynamical control of QoS provisioning of the integrated services corresponding up to each terminal, each service or function, each kind information or connection, each time interval. The proposed architecture develops another alternative of all-MPLS/ATM integration suitable for completely distributed traffic structures, which creates on the effective technique of ATM selecting, rather than ATM switching.