Abstract: A method and system for providing as a biofeedback signal a visual display showing kinesthetic physical movement to enable a subject to produce desired thought patterns. Sensors or electrodes are connected to the subject at one or more topological locations. The signals detected by the sensors are input to a conventional EEG device. The EEG output is processed into one or more analog voltage signals. These analog signals are input to a computer which generates a video display and audio if desired. The image on the display depicts kinesthetic physical movement as a function of the analog voltage.

Abstract: An improved method and means for bio-feedback training of living organisms, utilizing one or more electro-neuro signals to produce tactile sensations on the skin of the organism. One or more electrical characteristics of such electro-neuro signals are responsive to a particular condition of the organism which is detectable in a physiological signal produced by the organism at a selected location on its body. The tactile sensation experienced by the organism is, thus, a function of the detected condition, and the organism can learn to alter such condition by concentrating on increasing or inhibiting the tactile sensation.

Abstract: A novel method for controlling the nervous system of a living organism for therapeutic and research purposes, among other applications, and an electronic system utilized in, and enabling the practice of, the invented method. Bioelectrical signals generated in specifictopological areas of the organism's nervous system, typically areas of the brain, are processed by the invented system so as to produce a sensory stimulus if the system detects the presence or absence, as the case may be, of certain characteristics in the waveform patterns of the bioelectrical signals being monitored. The coincidence of the same or different characteristics in two or more waveform patterns, or the non-coincidence thereof, may be correlated with a certain desired condition of the organism's nervous system; likewise, with respect to the coincidence or non-coincidence of different characteristics of a single waveform pattern.