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|Title:||Impact of ATM cell delay on multimedia applications|
Radhakrishna Pillai, R.
|Source:||Tan, H.-K.,Radhakrishna Pillai, R.,Tham, C.-K.,Wong, L.,Biswas, J. (2000-07-15). Impact of ATM cell delay on multimedia applications. Computer Communications 23 (13) : 1215-1222. ScholarBank@NUS Repository. https://doi.org/10.1016/S0140-3664(00)00199-7|
|Abstract:||The impact of ATM cell delays on multimedia application performance is studied through measurements using a broadband network analyzer. A method is developed to measure the ATM cell delays of an application using the analyzer. It is found that the cell delay distribution becomes continuous as the traffic load on a connection becomes lighter. The effect of background traffic on cell delay for a reference connection is studied. Though the cell delay of the reference connection is unaffected by the presence of background traffic, the cell-delay auto-correlation is found to decrease. A gamma distribution is used to approximate the cell delay distribution. The measurement results closely match the delay prediction using the approximation. In a network with multiple ATM switches, the gamma distribution only slightly overestimates the delay. The frame level statistics and the cell delay performance of a video conferencing application based on motion JPEG are measured. Using the gamma cell delay distribution, the frame loss of an MPEG-I video source is predicted and compared against the measured values based on MPEG-I traces.|
|Source Title:||Computer Communications|
|Appears in Collections:||Staff Publications|
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