System for intelligent electronic switching control in networks for multipath signal processing

Abstract

A system for intelligent electronic switching control in a multi-path signal processing network, the system comprising: a plurality of signal input interfaces configured to receive multiple simultaneously incoming signals from different signal sources; a plurality of signal lines forming multiple parallel signal propagation paths; a switching matrix consisting of a plurality of electronically controllable switching elements arranged in an interconnected grid, each switching element configured to selectively connect or disconnect adjacent signal lines; a signal characterization unit operationally coupled to the signal input interfaces and configured to measure signal parameters such as amplitude variation, temporal variation, frequency distribution, and signal integrity features;a processing unit that is operationally coupled with the switching matrix and the signal characterization unit, wherein the processing unit is configured to determine an optimal signal propagation path based on the measured signal parameters and predefined routing conditions; a control signal generation unit that is configured to generate switching control signals according to the determined optimal signal propagation path; and a switching driver unit that is configured to actuate the electronically controllable switching elements of the switching matrix based on the generated switching control signals, thereby dynamically reconfiguring the signal flow through the multipath signal processing network.