“…The existence of this dispersion does not prevent us from increasing the amount of measured information by increasing k of these parameters. However, in this case, the ratio of the learning nipple n to the number k of the input information must remain constant or also increase [11]. It is possible to increase the reliability of decision-making by increasing the amount of information only by increasing the size of the training sample n. Increasing only the number N multiple measurements does not eliminate the negative effects of ψ factors.…”