(→RTT vs Goodput: HSDPA downlink flows case) |
(→RTT vs Goodput: HSDPA downlink flows case) |
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Riga 1: | Riga 1: | ||
[[TCP_over_Hsdpa | Back]] | [[TCP_over_Hsdpa | Back]] | ||
==RTT vs Goodput: HSDPA downlink flows case== | ==RTT vs Goodput: HSDPA downlink flows case== | ||
− | '''Goodput is roughly equal for all the considered TCPs, but TCP BIC/Cubic exhibit larger RTT | + | '''Goodput is roughly equal for all the considered TCPs, but TCP BIC/Cubic exhibit larger RTT. |
+ | Larger markers in the figures indicate values averaged over all the experiments''' | ||
[[Immagine:hsdpa_rtt_gp_1_flow_downlink.png|550px|]] | [[Immagine:hsdpa_rtt_gp_1_flow_downlink.png|550px|]] | ||
[[Immagine:hsdpa_rtt_gp_2_flows_downlink.png|550px|]][[Immagine:hsdpa_rtt_gp_3_flows_downlink.png|550px|]][[Immagine:hsdpa_rtt_gp_4_flows_downlink.png|550px|]] | [[Immagine:hsdpa_rtt_gp_2_flows_downlink.png|550px|]][[Immagine:hsdpa_rtt_gp_3_flows_downlink.png|550px|]][[Immagine:hsdpa_rtt_gp_4_flows_downlink.png|550px|]] |
Goodput is roughly equal for all the considered TCPs, but TCP BIC/Cubic exhibit larger RTT. Larger markers in the figures indicate values averaged over all the experiments