In order to maximize the average throughput and minimize the transmissionslot delay in wireless Ad Hoc networks, an optimal topology-transparent transmission schedulingalgorithm-multichannel Time-Spread Multiple Acces...In order to maximize the average throughput and minimize the transmissionslot delay in wireless Ad Hoc networks, an optimal topology-transparent transmission schedulingalgorithm-multichannel Time-Spread Multiple Access (TSMA) is proposed. Further analysis is shownthat the maximum degree is very sensitive to the network performance for a wireless Ad Hoc networkswith N mobile nodes. Moreover, the proposed multichannel TSMA can improve the average throughput Mtimes and decrease the average transmission slot delay M times, as compared with singlechannel TSMAwhen M channels are available.展开更多
基金This work is supported by"863"High Technology Development Project Fund (No.2003AA12331004).
文摘In order to maximize the average throughput and minimize the transmissionslot delay in wireless Ad Hoc networks, an optimal topology-transparent transmission schedulingalgorithm-multichannel Time-Spread Multiple Access (TSMA) is proposed. Further analysis is shownthat the maximum degree is very sensitive to the network performance for a wireless Ad Hoc networkswith N mobile nodes. Moreover, the proposed multichannel TSMA can improve the average throughput Mtimes and decrease the average transmission slot delay M times, as compared with singlechannel TSMAwhen M channels are available.
