摘要
We focus on the burst assembly mechanism and propose a new intelligent method in which the burst is assembled from several internet protocol （IP） packets in which the number of IP packets is changed according to the traffic load and the burst is segmented into several parts, called the ISOBS mechanism. The average burst assembly time of the ISOBS mechanism decreases as compared with the fixed-assembly-time and fixed-assembly-time-and- length mechanisms. The loss ratio decreases 50% as compared with the general optical burst switching （OBS） mechanism. The last segment can carry high quality of service （QOS） information. We can achieve that the loss ratio of the last segment is almost zero when the traffic load is less than 0.05. When the traffic load is 0.9, the loss ratio of the last segment is 0.0041. The ISOBS can support to transmit different QOS data.
We focus on the burst assembly mechanism and propose a new intelligent method in which the burst is assembled from several internet protocol （IP） packets in which the number of IP packets is changed according to the traffic load and the burst is segmented into several parts, called the ISOBS mechanism. The average burst assembly time of the ISOBS mechanism decreases as compared with the fixed-assembly-time and fixed-assembly-time-and- length mechanisms. The loss ratio decreases 50% as compared with the general optical burst switching （OBS） mechanism. The last segment can carry high quality of service （QOS） information. We can achieve that the loss ratio of the last segment is almost zero when the traffic load is less than 0.05. When the traffic load is 0.9, the loss ratio of the last segment is 0.0041. The ISOBS can support to transmit different QOS data.
