In general, the particular behavior of the loss process can be attributed to complex interactions between the traffic, the size of the queue, and the deletion probability. Roughly speaking, the autocorrelated traffic tends to build up the queue in the buffer.
Jul 2, 2023 · We perform a comprehensive analysis of packet losses occurring at an AQM buffer in which the packet deletion probability is relative to the ...
We perform a comprehensive analysis of packet losses occurring at an AQM buffer in which the packet deletion probability is relative to the size of the ...
We perform a comprehensive analysis of packet losses occurring at an AQM buffer in which the packet deletion probability is relative to the size of the ...
We now look at the role routers can play in congestion control, an approach often referred to as Active Queue Management (AQM).
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Chydzinski, Andrzej · We perform a comprehensive analysis of packet losses occurring at an AQM buffer in which the packet deletion probability is relative to the ...
Loss Process at an AQM Buffer. J. Sens. Actuator Netw. 2023, 12, 55. https://doi.org/10.3390/jsan12040055. AMA Style. Chydzinski A. Loss Process at an AQM ...
The queues absorb naturally occurring bursts of traffic: when there is too much traffic, it is temporarily held back in the buffer to avoid unnecessary losses.
Sizing the router buffer correctly is important: if a router buffer is too small, it can cause high packet loss and link under-utilization. If a buffer is too ...
Feb 15, 2023 · We study the influence of the active queue management mechanism based on the queue size on the serialization of packet losses.