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The model of transfer line and an adaptive congestion-oriented routing algorithm

The model of transfer line and an adaptive congestion-oriented routing algorithm
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摘要 A transfer line can be modeled as a linear system on maximal algebra. The model is also suitable to ATM and other rate-based communication systems. In respect to the rate-based speciality, a periodical input is considered as the system' s controller. Then some results in utilization, stability and congestion have been obtained. By use of them, we design an algorithm which integrates routing, resource allocation and flow control into a closed-loop architecture. It is adaptive and solves the prob-lem of congestion and uneven resource utilization. It also succeeds in controlling delay and delay jitter. A transfer line can be modeled as a linear system on maximal algebra. The model is also suitable to ATM and other rate-based communication systems. In respect to the rate-based speciality, a periodical input is considered as the system' s controller. Then some results in utilization, stability and congestion have been obtained. By use of them, we design an algorithm which integrates routing, resource allocation and flow control into a closed-loop architecture. It is adaptive and solves the prob-lem of congestion and uneven resource utilization. It also succeeds in controlling delay and delay jitter.
作者 曹敬 陈树中
出处 《Science in China(Series F)》 2001年第4期270-277,共8页 中国科学(F辑英文版)
关键词 model periodic input ATM network closed-loop algorithm. model, periodic input, ATM network, closed-loop algorithm.
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