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-q is the number of packets in the input queue.
The number of packets that can be sent before acknowledgements arrive is called the "window size".
Less than one percent of the total number of packets was lost.
flows using a small amount of memory, by recirculating a small number of packets probabilistically.
This architecture reduces the number of packets transmitted, thus indirectly alleviating the deadlock problem.
The flow is classified just a few micro seconds after receiving the desired number of packets.
This suggests limiting the number of packets carried by a single burst.
Also, we were able to transmit a sufficient number of packets per time period without trimming the packet structure.
Every postie is expected to keep an ongoing record the number of packets he is carrying over a two-week period.
When all packets have a uniform value (or importance), this corresponds to the number of packets sent from the switch.
Consequently, the number of packets in the network is decreased, leading to a reduced congestion probability and improved communication performance.
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