  We address the various initial excitations of the Peregrine rogue wave and
establish a robust transmission scheme of high power pulses extracted from the
Peregrine rogue wave in a standard telecommunications fiber. The results show
that the Peregrine rogue wave can be excited by using a weak pulse atop a
continuous wave background and that the high power pulses extracted from the
Peregrine rogue wave exhibit the typical characteristics of breathing solitons.
The influence of higher-order effects, such as the third-order dispersion, the
self-steepening and the Raman effect, on the propagation of the pulse extracted
from the peak position and the interaction between neighboring high power
pulses induced by initial perturbations are also investigated.
