An operational method and device for the determination of an output signal in a selected spatial section of an information processing system

TL;DR

This paper introduces a novel operational method and device for mapping and analyzing the output signals of specific regions within an information processing system, focusing on external sensory inputs rather than physical atomic signals.

Contribution

It proposes a new procedure and measuring device for mapping regional output signals onto specific parts of an information processing system, emphasizing external input signals like sensory or verbal inputs.

Findings

Effective mapping of regional output signals achieved

Device distinguishes between different types of external input signals

Method enhances understanding of system processing mechanisms

Abstract

Current strategies in system science with a focus on neuroscience do differ in their methodological approach when exploring and trying to analyze a system in order to detect supposed underlying principle processes in its inherent actions, which one might would call rules or laws. The here suggested procedure and measuring device, performs a mapping of characteristic parameters of the regional output signal, of the supposed structural properties, onto a selected regional part of the information processing system, in which the output signal and its characteristics occur. Explicitly it is pointed out here: Here are not considered input signals, which for instance might have an influence upon (few) nuclear kernels of the atom, electrons, protons, spins of these atomic structures or substructures, or phonons, or which in general represent the physical basis for example of NMR-Physics (NMR = nuclear magnetic resonance) or solid state physics. Examples for the type of input signals considered here are visual, olfactory, tactile or auditory input signals or simply a verbal instruction.