The proposed network selection algorithm between WLAN and CDMA cellular networks considers the WLAN throughput and delay jitter related to the number of competing terminals as shown in Figure 4. Figure 4 Proposed estimation method of throughput and delay jitter for WLAN.
The results obtained show that the average delay and jitter grow when the number of interfering nodes increases.
Figure 8 Jitter for five schemes with increasing number of firefighters per group.
The effects we want to study are the variations in terms of throughput, delay and jitter when varying the numbers of hops in the network.
However, one could argue or point to signs of a thick tension on the horizon, a resumption of racial jitters linked to any number of things.
Figure 4 Jitter for five schemes with an increasing number of firefighter groups.
The authors proposed an ensemble averaging technique that has been gradually refined in terms of its sensitivity to jitter, waveform variability, and required number of pulses.
For HST scenario (see Figure 7(a)), we observe that jitter values increase progressively as the number of hops increases.
Figure 4 compares the jitter for five schemes with an increasing number of firefighter groups.
