… achieved with ideal switching time [46] against the results of our study, we observe that for
all N > 1 the UE fails to achieve the theoretical upper bound on capacity. A further growth of N …

… directional antennas in wireless sensor networks. We have found that using directional antennas
… Next we derive the bound on the maximum number of SD lines passing through any cell…

… on multiple base stations to minimize the number of antennas required to … of directional
antennas under various settings. A simulationbased evaluation using Cplex’s branch-and-bound …

… directional antennas for communications in ad-hoc networks. We argue that the potential
energy savings that come from the use of directional antennas … There is a lower bound on how …

… that the capacity gain of random networks with directional antennas is in fact bounded by …
We find that lower capacity bounds are dependent on the power propagation environment, ie, …

… bounds derived from the omni-directional antennas have almost the same coefficients as
those derived from the directional antennas … upper bounds derived from the omni-directional …

… For this approach to work in the case of smart antennas, we need to derive a bound on the
size of the maximum independent set in the network. Instead, we take the following approach. …

… we derive the lower bound and upper bound of the per node throughput with singlebeam
directional antenna and social contacts. We apply a multi-beam directional antenna model and …

… study the capacity of multiple antenna systems under hard delay constraints. Multiple antenna
… For analysis, we present the following approximations to the DLC bounds that are tight for …

… we derive the upper bounds on the simultaneous transmission capacity and the per-sensor
end to-end throughput capacity. In Section 5, we analyze the derived upper bounds, together …