High-performance Analyzing Methods for Tremorobjects Abnormal States of Neuro-biosystems with Cognitive Feedbacks
Ivan Mudryk, Dmytro Mykhalyk, Mykhaylo Petryk · 2020
The technique is based on a hybrid model of the neuro-system (Brain cortex nodes and tremor-object), which describes on the basis of wave signal propagation the state and behavior of Tremor-objects, namely the segmental description of 3D elements of trajectories of abnormal neurological movements (ANM) of the studied T- of the object (limb of the hand) taking into account the matrix of cognitive influences of groups of neuro-nodes. Model elements are integrated into the system by using appropriate interface conditions. Based on hybrid integral transformations (Fourier, Bessel, Hilbert), obtained a rapid analytic solution of the model as a vector function that describes the 3D elements of the trajectories at each ANM segment. The basis of the proposed hybrid transformation provides an integral vector solution of the model. The main element of the solution is the adaptive matrix (response) that determines the state parameters of the action of certain groups of brain neuro-cortex.