| Kotsis, G., Krithivasan, K., Raghavan, S. V., "A Workload Characterization Methodology for WWW Applications", in H. et.al., (eds.): Performance and Management of Complex Communication Networks, Chapman and Hall, 1998, pages 153-173., 1998. |
....the real applications. Between these two extremes many other simple or complex application models exist. The user level models are part of the model level. Nearly every kind of traffic model based on the client server principle and request response communication can be incorporated into Agent Ant [3, 4, 5, 8, 9, 14, 15] There are some limits on the traffic generation. A problematic issue is the generation of aggregated traffic. In this scheme aggregated source models can be built as well, but these models can not use the requestresponse mechanism. Although the traffic generated by many single source models is ....
Kotsis, G., Krithivasan, K., Raghavan, S. V., "A Workload Characterization Methodology for WWW Applications", in H. et.al., (eds.): Performance and Management of Complex Communication Networks, Chapman and Hall, 1998, pages 153-173., 1998.
....this is quite often not taken into account in existing publications. In the context of Internet we could, in particular, choose the following interfaces for load characterization: an application oriented interface (e.g. interface to services protocols such as FTP, Telnet, HTTP, SMTP, [4, 21]; interface to the transport services, based on TCP or UDP, within the endsystems [38] the packet interface to IP; the LLC interface, e.g. in an Ethernet based Intranet (i.e. LAN with IP protocol hierarchy) For most of the Internet interfaces mentioned, a large number of publications ....
G. Kotsis, K. Krithivasan, S. Raghavan: \A Workload Characterization Methodology for WWW Applications", Proc. Internat. Conf. on the Performance and Management of Complex Communication Networks, Univ. of Tsukuba, 1997, 145-160
....this is quite often not taken into account in existing publications. In the context of Internet we could, in particular, choose the following interfaces for load characterization: an application oriented interface (e.g. interface to services protocols such as FTP, Telnet, HTTP, SMTP, [4, 21]; interface to the transport services, based on TCP or UDP, within the endsystems [37] the packet interface to IP; the LLC interface, e.g. in an Ethernet based Intranet (i.e. LAN with TCP IP protocol hierarchy) For most of the Internet interfaces mentioned, a large number of ....
G. Kotsis, K. Krithivasan, S. Raghavan: \A Workload Characterization Methodology for WWW Applications ", Proc. Internat. Conf. on the Performance and Management of Complex Communication Networks, Univ. of Tsukuba, 1997, 145-160
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