The invention relates to the technical field of
stereoscopic video signal processing and
interactive television terminal energy efficiency management, and discloses an energy-saving interactive screen projection
control system based on
image perception, which is characterized in that a multi-channel load demand mapping unit analyzes an input
signal flow into
power demand space distribution of each node of a load network; the gradient threshold power isolation logic unit defines a power supply
cut-off region according to the power gradient
mutation characteristics; the distributed current injection
regulator carries out truncation zero level operation on the load nodes in the
cut-off region, and carries out
time domain damping modulation on the non-
cut-off region according to migration vector data. By constructing a differential power supply protocol of a
physical level, the dynamic
voltage stabilization precision of the core load nodes is ensured, and meanwhile,
time domain damping modulation is carried out on the non-cut-off region according to the migration vector data. Redundant
electric energy input of a low-demand background area is
cut off, and the energy utilization efficiency of the interactive stereoscopic display
system and the stability of video picture depth reconstruction are improved.