Section 1. Introduction -- 1. Biofeedback and behavior: Introduction to the Proceedings -- 2. A perspective on biofeedback -- 3. Biofeedback from the perspectives of cybernetics and systems science -- 4. Methodological and technological issues in biofeedback research -- 5. Visceral feedback and the taste signal -- Section 2. Central Nervous System -- 6. Learned control of brain wave activity -- 7. Biofeedback method for locating the most controlled responses of EEG alpha to visual stimulation -- 8. Alpha, biofeedback and arousal/activation -- 9. On the social psychology of experiential states associated with EEG alpha biofeedback training -- 10. Operant enhancement of EEG-theta activity -- 11. Theta regulation and radar vigilance performance -- 12. Effects of sensorimotor EEG feedback training on sleep and clinical manifestations of epilepsy -- Section 3. Autonomic Nervous System -- 13. Visceral learning: Cardiovascular conditioning in primates -- 14. Mechanisms of learned voluntary control of blood pressure in patients with generalised bodily paralysis -- 15. Visceral perception -- 16. The role of exteroceptive feedback in learned electrodermal 261 and cardiac control: Some attractions of and problems with discrimination theory -- 17. Inter-effector influences in operant autonomic control -- 18. Biofeedback and physiological patterning in human emotion and consciousness -- 19. Biofeedback and the regulation of complex psychological processes -- 20. Research on the specificity of feedback training: Implications for the use of biofeedback in the treatment of anxiety and fear -- 21. Biofeedback, verbal instructions and the motor skills analogy -- 22. Pavlovian and operant-biofeedback procedures combined produce large-magnitude conditional heart-rate decelerations -- 23. Blood pressure control with pulse wave velocity feedback: Methods of analysis and training -- 24. Coronary biofeedback: A challenge to bioengineering -- 25. Biofeedback control of stomach acid secretions and gastrointestinal reactions -- 26. Biofeedback as treatment for cardiovascular disorders: A critical review -- 27. Biofeedback and meditation in the treatment of borderline hypertension -- Section 4. Skeletal Muscle System -- 28. Biofeedback and differential conditioning of response patterns in the skeletal motor system -- 29. Biofeedback in the treatment of neuromuscular disorders -- 30. EMG feedback strategies in rehabilitation of neuromuscular disorders -- 31. Why should muscular relaxation be clinically useful? Some data and 2½ models -- Section 5. Conclusion -- 32. Clinical implications of biofeedback -- 33. Contributions of biofeedback methods to the understanding 487 of visceral and central nervous system functions -- Name Index.