Presents the new design of a reservation based medium access protocol,dynamic frame packet reservation multiple access (DF PRMA), for wireless ATM environments its mathematic model built, and analysis of such performa...Presents the new design of a reservation based medium access protocol,dynamic frame packet reservation multiple access (DF PRMA), for wireless ATM environments its mathematic model built, and analysis of such performance as delay and channel throughput its adaptbility to the fluctuation of traffic by controlling frame length dynamically and guarantee delay performance by forced collision and special reservarion slot. Thereby providing a limited access delay and QoS level and maintaining a resonable high channel throughput.展开更多
The previous research on administration of the transmission capacity in the wired/ wireless ATM networks only focuses on wired part or wireless part. There are very few people do the work extending to the links associ...The previous research on administration of the transmission capacity in the wired/ wireless ATM networks only focuses on wired part or wireless part. There are very few people do the work extending to the links associating with handoff in the whole network. This paper develops the algorithms of transmission capacity administration on the link connecting the base station and base station controller (including the air interface of the base station) and the VPs among the base station controllers in the wired/ wireless ATM networks, which adapt to the traffic state of each service in every cellular cell to allocate (provision) transmission capacity and to reserve handoff guard capacity on these links, respectively. By simulating and analyzing the performance of the algorithm, it is found that it does well for the multimedia communication in which the transmission capacity requirement of each service may be widely different, so that the network bandwidth resource can be used efficiently.展开更多
文摘Presents the new design of a reservation based medium access protocol,dynamic frame packet reservation multiple access (DF PRMA), for wireless ATM environments its mathematic model built, and analysis of such performance as delay and channel throughput its adaptbility to the fluctuation of traffic by controlling frame length dynamically and guarantee delay performance by forced collision and special reservarion slot. Thereby providing a limited access delay and QoS level and maintaining a resonable high channel throughput.
文摘The previous research on administration of the transmission capacity in the wired/ wireless ATM networks only focuses on wired part or wireless part. There are very few people do the work extending to the links associating with handoff in the whole network. This paper develops the algorithms of transmission capacity administration on the link connecting the base station and base station controller (including the air interface of the base station) and the VPs among the base station controllers in the wired/ wireless ATM networks, which adapt to the traffic state of each service in every cellular cell to allocate (provision) transmission capacity and to reserve handoff guard capacity on these links, respectively. By simulating and analyzing the performance of the algorithm, it is found that it does well for the multimedia communication in which the transmission capacity requirement of each service may be widely different, so that the network bandwidth resource can be used efficiently.
