Abstract: Examples herein include a computer-implemented method, a system, and a computer program product, a processor(s) obtains a data sample (data signals and a time vector) from a sensor device proximate to an individual. The processor(s) segments the data sample into segments based on each of the segments into time slices of a pre-defined length of the time period represented by the time vector. The processor(s) determines a physical activity of the physical activities of the individual performed during each time slice. The processor(s) groups times slices by common physical activities. The processor(s) applies a change of basis transformation on data signals of each group to generate data matrices. The processor(s) classify the data matrices into one or more pre-defined stability categories. The processor(s) generate a stability score representing stability of individual when performing the common physical activities.

Abstract: The present invention relates to the estimation of the vertical in humans using an experimental design that incorporates virtual reality. Methods of measuring the perceived vertical in a subject using steady state and transient experiments are disclosed. The inventive methods are useful for diagnosis, as well as for follow up after patient rehabilitation.

Abstract: The present invention relates to the estimation of the vertical in humans using an experimental design that incorporates virtual reality. Methods of measuring the perceived vertical in a subject using steady state and transient experiments are disclosed. The inventive methods are useful for diagnosis, as well as for follow up after patient rehabilitation.

Abstract: An apparatus and method for enabling selective stimulation of oculomotor reflexes involved in retinal image stability. The apparatus enables real-time modification of auditory and visual stimuli according to the patient's head movements, and allows the generation of stimuli that integrate vestibular and visual reflexes. The use of accessories allow the modification of somatosensory stimuli to increase the selective capacity of the apparatus. The method involves generation of visual and auditory stimuli, measurement of patient response and modification of stimuli based on patient response. The apparatus and method may include a vestibular rehabilitation unit (VRU) and a remote training unit (RTU). Instructions may be transmitted from the VRU to the RTU, and information of detected responses may be transmitted from the RTU to the VRU.

Abstract: An apparatus and method for enabling selective stimulation of oculomotor reflexes involved in retinal image stability. The apparatus enables real-time modification of auditory and visual stimuli according to the patient's head movements, and allows the generation of stimuli that integrate vestibular and visual reflexes. The use of accessories allow the modification of somatosensory stimuli to increase the selective capacity of the apparatus. The method involves generation of visual and auditory stimuli, measurement of patient response and modification of stimuli based on patient response.