… -user throughput increases proportionally to the cache capacity of … Our work focuses on
determining the transmission range … This, in turn, determines the point of the throughput-outage …

… using the maximum capacity criterion. In detail, we examine the sensitivity of the capacity
to … At these short ranges, the transmit and receive antennas are very likely to be in LoS. …

… The IEEE 802.11p is a supplement of IEEE 802.11 family, which aims to provide both V2V
and V2I communications in ranges up to 1000 m and support transmission rates from 3 to 27 …

… capacity. Also, short transmission range allows better frequency reuse and longer battery
lifetime. … We also want to show how the transmission range affects the network throughput. …

… capacity problem posed in [12] is essentially a throughput … stable—, and this throughput
stability problem admits a very sim… work, changes of the transmission range by a constant factor …

… , which heavily depends on the achievable channel capacity at each individual wireless link
… range is approximately twice of the transmission range. Nodes within a carrier sense range …

… transmission range, the greater the throughput. Also, Fig. 4d indicates that as the transmission
range increases, the achievable throughput … in terms of throughput/capacity gain are now …

… power levels in order to increase network capacity and potentially higher throughput seen
… ratio and maximum throughput, it is directly proportionate to transmission range. AODV has …

… , the capacity increases when the transmission range increases. Therefore, the maximum
acceptable transmission range will result in minimum delay and maximum capacity. Finally, …

… We focus on assessing the transmission throughput that is realistic to achieve by using …
capacity in the Petabit/s/fiber range [6], [7], but it requires to establish a new transmission …