The sojourn time of the prioritized OQDB MAN with bursty traffic input is studied in this paper. The expressions for the mean sojourn time of the message with two transmission priority are obtained. The conclusions dr...The sojourn time of the prioritized OQDB MAN with bursty traffic input is studied in this paper. The expressions for the mean sojourn time of the message with two transmission priority are obtained. The conclusions drawn from the paper are that, the mean sojourn time of the message, at either higher or lower priority, is a linear function of the mean message length approximately, and the performance improvement by adopting the higher priority level for the user is remarkable, especially when the lower-priority traffic load from the downstream users is heavy.展开更多
The Distributed Queue Dual Bus(DQDB) Metropolitan Area Network(MAN) is a promising solution for the evolution from current networks to B-ISDN. The performance of the DQDB MAN for Local Area Networks(LANs) interconnect...The Distributed Queue Dual Bus(DQDB) Metropolitan Area Network(MAN) is a promising solution for the evolution from current networks to B-ISDN. The performance of the DQDB MAN for Local Area Networks(LANs) interconnection is analyzed. The effects of message length, traffic load of upstream and downstream nodes and the parameters of bandwidth balancing mechanism and network counters on the sojourn time of message in the buffer are investigated, which present a valuable reference for the implementation of the DQDB MAN.展开更多
基金National Natural Science Foundation of ChinaInstitute of Electronic Science of China
文摘The sojourn time of the prioritized OQDB MAN with bursty traffic input is studied in this paper. The expressions for the mean sojourn time of the message with two transmission priority are obtained. The conclusions drawn from the paper are that, the mean sojourn time of the message, at either higher or lower priority, is a linear function of the mean message length approximately, and the performance improvement by adopting the higher priority level for the user is remarkable, especially when the lower-priority traffic load from the downstream users is heavy.
基金Supported by the National Natural Science Foundation of Chinathe Foundation of the Institute of Electronic Science of China
文摘The Distributed Queue Dual Bus(DQDB) Metropolitan Area Network(MAN) is a promising solution for the evolution from current networks to B-ISDN. The performance of the DQDB MAN for Local Area Networks(LANs) interconnection is analyzed. The effects of message length, traffic load of upstream and downstream nodes and the parameters of bandwidth balancing mechanism and network counters on the sojourn time of message in the buffer are investigated, which present a valuable reference for the implementation of the DQDB MAN.
