A formal 2-dimensional conception of autonomic space and a quantitative model are proposed to account for error variance and subsume principles in psychophysiological studies.
Contemporary findings reveal that the multiple modes of autonomic control do not lie along a single continuum extending from parasympathetic to sympathetic dominance but rather distribute within a 2-dimensional space. The physiological origins and empirical documentation for the multiple modes of autonomic control are considered. Then a formal 2-dimensional conception of autonomic space is proposed, and a quantitative model for its translation into a functional output surface is derived. It is shown that this model (a) accounts for much of the error variance that has traditionally plagued psychophysiological studies, (b) subsumes psychophysiological principles such as the law of initial values, (c) gives rise to formal laws of autonomic constraint, and (d) has fundamental implications for the direction and interpretation of a wide array of psychophysiological studies.
Berntson et al. (1991) conducted a review in Autonomic control. 2-dimensional conception of autonomic space was evaluated. A formal 2-dimensional conception of autonomic space and a quantitative model are proposed to account for error variance and subsume principles in psychophysiological studies.