  The femto-access-point (FAP), a low power small cellular base station
provides better signal quality for the indoor users as to provide high
data-rate communications with improved coverage, access network capacity and
quality of service. Highly dense femtocellular deployments-the ultimate goal of
the femtocellular technology-will require significant degree of
selforganization in lieu of manual configuration as to mitigate unwanted
handovers and interference effects. The deployment of femtocells with our
proposed on-demand scheme in the multistoried building or home environment can
solve the low level signal-to-noise plus interference ratio and throughput
problems. In this paper, we propose new application of the femtocell technology
with a new idea of femto-idle-mode and femto-active-mode system. The
signal-to-noise plus interference ratio level and throughput are analyzed. The
simulation results show that the proposed on-demand scheme in femtocell
deployment significantly enhances the signal-to-noise plus interference ratio
level and throughput in the multistoried building or home environment.
