Approximately 22% of the children had 50-m buffer length of road values of 99 100 m because of the unique geometry of having a single road set back 10 m from the residence location at the center of the small buffer.
The minimum RTTminvalue considered as the two-way propagation delay value is set to 560 ms. The buffer length of each traffic class (BEF, BAF, and BBE) is set using Equations (4) and (6).
A priori, we determined that the geographic information to be included would be elevation, length of major roads (defined as > 1,000 trucks daily) within a 400-m buffer, length of bus routes within a 100-m buffer, total number of trucks within a 400-m buffer per day, distance to the nearest major road, distance to the nearest bus route, and land use.
For NO2, shorter buffer lengths of 50 meters were most effective.
Variables created using buffer lengths of 100 m and 200 m were retained in our model development for roadways belonging to Classes 1, 2, and 3, as well as the length of all road segments (Table 4).
In this paper, average load is used in the place of instantaneous load, here load means buffer queue length of the link's end node; the node will sample its own load periodically and calculate average load from the current sample value and previous value.
Note that the TN buffer length (Table 1) is the upper limit of the measured delay.
However, having such a large buffer causes systematic delays in the frequency estimation of half of the buffer length, i.e. 10 s and 5 s, respectively.
The buffer status report (BSR) provides information only about the length of the buffer at the eNodeB.
ID Numeric identifier: key of tuple STAT Current tuple state: Free or Full WRI_HEAD Current writing buffer pointer REA_TAIL Current reading buffer pointer MSG_NUM Count of current message in tuple SIZE Length of the ring buffer (constant) STA_ADD The start address of ring buffer (constant) END_ADD The end address of ring buffer (constant).
