| L. Ramfelt, "Performance Analysis of Slot Management in DTM Networks", Technical Report TRITA-IT R 95:23, Dept. of Teleinformatics, KTH, Stockholm, January 1996. |
....are several important reasons for implementing the Internet s protocol architecture, the TCP IP protocol suite, over DTM. Simulations have indicated that the worst case for the performance of DTM occurs under high load of relatively small packets, like IP packets (i.e. sizes of a few kilobytes) [44]. Thus, it is necessary to study how DTM can handle IP traffic in an efficient way. Further, there is a wide range of existing applications that use IP, and thus a natural step in the deployment of DTM is to investigate if DTM is competitive as a carrier for IP traffic. This chapter discusses ....
....and release the channel once the packet is transmitted. This means that the holding time is equal to zero. For large packets, the creation time will then constitute a small part of the transmission time which may justify this strategy. This has been verified by the simulation results presented in [44]. In the case of small packets, using a channel per packet is likely to introduce too much overhead, which means that it might be better to establish a channel when the first packet is to be sent, and then maintain the channel for possible subsequent packets, i.e. a non zero holding time. When ....
L. Ramfelt, "Performance Analysis of Slot Management in DTM Networks", Technical Report TRITA-IT R 95:23, Dept. of Teleinformatics, KTH, Stockholm, January 1996.
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