Sensory mechanism modeling.

Perception of the Body in Space: Mechanisms

“…This expected response might reflect either an efferent copy of active movement undertaken by the subject, which would normally produce a given feedback pattern, or it might reflect the expected continuation of a welllearned pattern of movement such as oscillation on a swing. This multisensory integration approach requires knowledge of the dynamic response of the various sensory organs associated with human spatial orientation as well as estimation of th e physical situation in which the subject finds himself (14,15).…”

A model for optimal processing of multisensory information in the system for maintaining body orientation in the human

“…The necessity of such convergence is usually explained by the need for coordinating tasks to maintain body orientation in space (Borah et al 1978). However the range of possible tasks on coordination of movements solved by the human is rather wide.…”

Modeling Motion Sickness

“…This concerns the problem of determining gravitational acceleration from gravitational-inertia acceleration. This problem in most works was solved by applying the dependence (6) [25,36], while other researchers [5,40,43] use the internal model of the CNS for that purpose. Another limitation of the presented models is that they still omit in their structure the mechanism of habitation and restitution of the vestibular organ and the process of adaptation to the stimuli causing the motion sickness.…”

“…The fi rst symptom was the moment of occurrence of subjective complaints, while the second symptom was discomfort described by nonlinear function. The author has developed the model according to the SC concept [50], basing its structure on the optimal estimator model from the work of Borah et al [6,7]. Fig.…”