… To interpret this in terms of antenna size, one sets LV=PR using the same reasoning as in …
normal beamwidth,” for it is not an absolute limit. Thus, the normal beamwidth of an antenna of …

… choice of antenna beamwidth. We discuss in detail how the choice of beamwidth impacts …
the discovery process and provide insights into how nodes can configure their beam widths. …

… a directional antenna over a ground plane, its beamwidth is also affected by the distance
between the antenna … end of the symmetric slot-loop antenna decreases the width to less than a …

… directional antenna models and show how these bounds are affected by important antenna
parameters like gain and beamwidth. … , by using very narrow beam directional antennas, one …

… The antenna model we use is comprised of N beam patterns. The main lobe of each … same
beam. In summary, neighbor discovery becomes more complex using directional antennas …

… In general, a directional antenna has a main lobe (beam) of the peak gain and sidelobes/backlobes
of smaller gains, which account for nothing but interference to other nodes. As the …

… angles obtained at antenna halfpower beamwidth step increments in … antenna beamwidth,
through theoretical analyses and millimeter-wave propagation measurements using antennas …

… We assume that power control is not used and the beam of each directional antenna can
be steered to it’s intended sender or receiver. So the transmission range needed for …

… studies have incorporated directional antenna arrays in wireless … Thus, a narrow beam
antenna array based on the long slot … , together with bandwidth and beamwidth specifications, are …

… -energy multicast problem using directional antennas. This work assumes each node is
provided with a single directional antenna with a fixed beam width and arbitrarily adjustable …