Riga 32: | Riga 32: | ||
We report cumulative distribution function plots: | We report cumulative distribution function plots: | ||
* [[Tcp_over_Hsdpa:goodput_downlink | downlink]] and [[Tcp_over_Hsdpa:goodput_uplink | uplink]] channel goodput CDFs | * [[Tcp_over_Hsdpa:goodput_downlink | downlink]] and [[Tcp_over_Hsdpa:goodput_uplink | uplink]] channel goodput CDFs | ||
− | * [[Tcp_over_Hsdpa:rtt_downlink | downlink]] and [[Tcp_over_Hsdpa:rtt_uplink | uplink]] RTT and | + | * [[Tcp_over_Hsdpa:rtt_downlink | downlink]] and [[Tcp_over_Hsdpa:rtt_uplink | uplink]] RTT CDFs |
+ | * Goodput-RTT plots for [[Tcp_over_Hsdpa:goodput_rtt_downlink|downlink]] and [[Tcp_over_Hsdpa:goodput_rtt_downlink|uplink]] channels. | ||
+ | * Timeouts and packet loss ratio bar graphs for [[Tcp_over_Hsdpa:plrto_downlink|downlink]] and [[Tcp_over_Hsdpa:plrto_rtt_downlink|uplink]] channels. |
We report results obtained by an extensive measurement campaign over a live HSDPA network involving more than 3000 flows resulting in around 60 hours of active measurements. The considered TCP variants are the following:
The experimental evaluation has been carried out by accessing the public Internet using a HSDPA card (see figure below).
The following instantaneous variable measurements have been collected by using the libnetmeas library:
The main findings of the investigation can be summarized as follows:
We report cumulative distribution function plots:
We report results obtained by an extensive measurement campaign over a live HSDPA network involving more than 3000 flows resulting in around 60 hours of active measurements. The considered TCP variants are the following:
The experimental evaluation has been carried out by accessing the public Internet using a HSDPA card (see figure below).
The following instantaneous variable measurements have been collected by using the libnetmeas library:
The main findings of the investigation can be summarized as follows:
We report cumulative distribution function plots: