As we mentioned earlier, when we increase the buffer size of nodes, a large number of bundles may not be forwarded for a long time.
A primary intent of choosing a buffer size of 400 m was to match a predefined spatial analysis unit, which was used to aggregate and produce the resulting outputs (i.e., estimates of crashes) from the two methods considered in this study.
Although we a priori chose a buffer radius of 100 m based on the published literature, we also evaluated the associations of interest for a buffer size of 200 and 300 m as a sensitivity analysis.
We run many independenTablelications of each simulation with random start points in the video streams until the 99% confidence level is less than 10% of the corresponding sample mean.
However, for an agent's local mobility, a buffer size of "2" was required in our case.
The HDD has an average seek time of 2.9ms with a buffer size of 16MB and the super fast, high capacity laptop drives should drop sometime in the Spring for a yet to be announced price.
For example, DO delivers 70%% of bundles when nodes have a buffer size of 10 bundles.
The AP employed drop-tail queue management with a buffer size of 100 packets.
During the Floor Field (FF) spreading, originating from each PoA, a buffer size of "1" is sufficient.
We took the spatial scale into consideration at intervals of 100 m from a buffer size of 100 m to 2500 m.
