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In order to maximize the average throughput and minimize the transmission slot delay in wireless Ad Hoc networks, an optimal topology-transparent transmission scheduling algorithm-multichannel Time-Spread Multiple Access (TSMA) is proposed. Further analysis is shown that the maximum degree is very sensitive to the network performance for a wireless Ad Hoc networks with N mobile nodes. Moreover, the proposed multichannel TSMA can improve the average throughput M times and decrease the average transmission slot delay M times, as compared with singlechannel TSMA when M channels are available.
In order to maximize the average throughput and minimize the transmission slot delay in wireless Ad Hoc networks, an optimal topology-transparent transmission scheduling algorithm-multichannel Time-Spread Multiple Access (TSMA) is proposed. Further analysis shows shown that the maximum degree is very sensitive to the network performance for a wireless Ad Hoc networks with N mobile nodes. Moreover, the proposed multichannel TSMA can improve the average throughput M times and decrease the average transmission slot delay M times, as compared with singlechannel TSMA when M channels are available.