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In this paper, a joint topology-transparent scheduling and multi-path quality-of-service (QoS) routing in mobile ad hoc networks is proposed. Topology-transparent scheduling (TTS) is used as the MAC in both the control and data channels. The proposed scheme has a new capability of establishing multiple QoS sub-paths, even for a single session connection. When the route search cannot find a single...
The MAC problem in a wireless network has intrigued researchers for years. The MAC protocol is also important for airborne ad hoc network in order to reducing TDMA overhead, increasing TDMA throughput, and decreasing End-to-End delay. Our proposed Token Cycle Scheduling described in this paper allow the exchange of control information in an efficient and contention free manner such that each participating...
In this paper, we study medium-access-control (MAC) protocols with quality-of-service (QoS) support, topology-transparent broadcast scheduling (TTBS), in multihop time-division multiple-access (TDMA) ad hoc networks. TTBS focuses on the QoS provisioning that each node can successfully transfer the same packet to all the other nodes within its communication range simultaneously (broadcast traffic)...
The following topics were dealt with: personal communications; indoor communications; mobile radio communications; MIMO communications; wireless MAN IEEE 802.16; QoS; radio resource management in beyond 3G systems; convergence of mobile and broadcast; UWB; cognitive networks; sensor networks; ad hoc networks; wireless cellular networks; interference avoidance; antennas; 4G systems; OFDM; MC-CDMA;...
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