… optimization problem subject to fairness constraints on allocation of scarce wireless capacity
… We assume a uniform transmission range as we do not consider spatial diversity for range …

… In particular, we show that the throughput capacity is at most … physicd model for successful
transmissions, we develop two … simultaneous transmissions in terms of the transmission range …

… If the number of nodes in a cluster is small, we expect that the local throughput is higher …
and the throughput decreases. With regards to [10], we conjecture that long range transmissions …

… network capacity with such limited channel scenario, we must focus on the transmission power
… This can be seen in figure 5, where the interference range between BSS2 and BSS4 has …

… to investigate the throughput and capacity of wireless networks. … They focused on the
transmission throughput, ie, the channel … small compared with the transmission range of vehicles. …

… throughput of an IEEE 802.11b multihop ad hoc network with a uniform transmission range.
… will be the optimal choice for increasing the network capacity. This observation agrees that …

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

… We define the secrecy transmission capacity as the achievable rate of successful … The
feasible range of σ for positive secrecy transmission capacity never reaches 0, which agrees with …

… -Mbps data transmission rate. This paper analyzes the theoretical throughput and delay limit
… and V2I communications in ranges up to 1000 m and support transmission rates from 3 to …

… attained throughput capacity rate sharply diminishes as the high D communications range
level … Let TR be transmission range, ie, the maximum distance span across which a successful …