Quality of Service Support for Heterogeneous Traffic Across Hybrid Wired and Wireless Networks
This thesis presents a means of providing wireless QoS support to packetized data traffic with diverse requirements. A QoS-enabled one-hop wireless link allows users to enjoy seamless connectivity to wired services, while taking advantage of the mobile aspects of wireless service. A network using the proposed scheduling and call admission algorithms, within the context of the optimized QoS framework, is capable of providing seamless QoS support to wireless mobile devices.
University of Illinois - Urbana-Champaign
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University of Illinois at Urbana-Champaign