The network throughput is defined as the number of bits successfully transmitted per second in the network.
4) Network throughput is defined as the number of bits successfully transmitted per second in the network. .
In general, throughput of recipient can be defined as the average number of the considered multicast stream payload bits successfully received by the recipient per time unit.
Due to the presence of the channel coefficients, it is needed to perform channel estimation to decode the message bits successfully.
In Figure 8, the performance degradation of the IEEE 802.15.4 link with/without an ECMA-368 interferer is shown in terms of goodput, that is, the number of bits successfully received per second.
Opposite to the aggregate throughput, for the throughput per node the information bits successfully transmitted within the simulation time are not summed up over all nodes in the network, but only per node and subsequently averaged.
The user throughput r k is computed as the ratio of the number of data bits successfully received by user k divided by the elapsed time between arrival and departure: r k = 1 T ⋅ n k, d - n k, a + 1 ⋅ ∑ n = n k, a n k, d ∑ s = 1 N u d k [ n, s ] ⋅ ψ k [ n, s ] (17).
where Q is the total number of data bits successfully decoded and forwarded to the RNC, over the observation time T. Figure2 shows R as a function of maximum backhaul spectral efficiency Ī ( BH ) / B for N = 6 MTs in the system.
Therefore, the network saturation throughput can be calculated as: S = E p E t, where E p is the average packet payload bits successfully transmitted in a virtual time slot, and E t is the expected length of a time slot.
A surprising emotional element that emerges when the gunfire's cooled and fallen opposition troops have disappeared from the battlefield, leaving only kill-marker bloodstains behind like an imprint of their shattered soul: gamers' sensitive bits, successfully tickled.
