1) Comparative Impedivity and Mutual Impedance patterns in corresponding tissues or systems of several different animal species.
2) Systematic and random variations in the phase locked cardio respiratory pattern of a small group of selected human subjects.
3) Homeodynamic Models versus Hotneostatic Models of a few selected physiological systems.
4) Computer automation of Bioimpedance measurements with some representative results of such measurements.
5) The performance of vectorcardiographic electrode arrays as applied to patients in actual clinical circumstances.
6) Possible clinical utilization of 3, 5, 6 and 8 dimensional displays in the interpretation of the electrocardiogram.
7) Responsiveness of humans to ambient electrical fields.
8) Regionally selective leads for localized tissue pathology studies.
9) Humans as economical computer components.
10) Optimizing the Epitome Electrocardiogram.
11) Phase lock loop measurements on humans utilizing computer control of verbal, visual and mechanical controls.
12) (With Paul) Human discovery and recognition of computer generated spatial color patterns.
13) Construction and learning of a Computer—Human compromise metalanguage.