Network performance Traffic conditioning functions classification, marking, metering, shaping, and dropping modify performance to traffic flows...

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Network performance Traffic conditioning functions classification, marking, metering, shaping, and dropping modify performance to traffic flows before scheduling. Outline how the process of traffic conditioning, using these 5 functions with DiffServ, would be applied to support two clearly different sets of traffic flows (e.g., an audio flow with a peak rate of 1500Mb/s and a FTP traffic flow). Assume the audio flow will be marked with a DiffServ Code Point EF (Expedited forwarding). Network performance Traffic conditioning functions classification, marking, metering, shaping, and dropping modify performance to traffic flows before scheduling. Outline how the process of traffic conditioning, using these 5 functions with DiffServ, would be applied to support two clearly different sets of traffic flows (e.g., an audio flow with a peak rate of 1500Mb/s and a FTP traffic flow). Assume the audio flow will be marked with a DiffServ Code Point EF (Expedited forwarding).