  This article presents an application of the recently proposed logic operation
of power based on power packetization. In a power packet dispatching system,
the power supply can be considered as a sequence of power pulses, where the
occurrence of pulses follows a probability that corresponds to the capacity of
the power sources or power lines. In this study, we propose a processing scheme
to reshape a stream of power packets from such stochastic sequences to satisfy
the load demand. The proposed scheme is realized by extending the concept of
stochastic computing to the power domain. We demonstrate the operation of the
proposed scheme through experiments and numerical simulations by implementing
it as a function of a power packet router, which forms a power packet
dispatching network. The stochastic framework proposed in this study provides a
new design foundation for low-power distribution networks as an embodiment of
the close connection between the cyber and physical components.
