The work contains the results of research on creating theoretical foundations of modern condition monitoring biotechnological facilities, including those medicines that allow initial prediction of disease dynamics vibration characteristics, which can be used to create new methods and tools in medical diagnostic systems. In the offered article covers the basics of formation imaginary area, tangent to the real surface. Currently it is the continuation of the theme to the accuracy of motion biological and technical objects [1, 2]. A formalized analytical models of definition and registration violations vibration characteristics of the system biotechnical object (BTO) of its configuration, which reflect the dynamics of normal mobility object and possible violations of the kinematics of the object are offered. They models are provide analysis of objects that correspond to its current state on the basis of multi information signals from the integrated TONTOR sensors [3, 4]. Received formal models provide features determining vibration characteristics limbs and a decision at their further development. The basis of the model are TONTOR technology thesis on the kinematics motion BTO dynamics of the spatial and temporal characteristics of BTO Pandan zone existence. Theoretical foundations of registered primary vibration characteristics violations of the physiological BTO condition can be the basis of theoretical foundations of modern information technology research, diagnosis and treatment of the patient, and sensors for monitoring spatial and temporal parameters of BTO limb movements.

 Наукова періодика України 

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