[Structural mechanisms and mathematical modeling of the bone tissue damage caused by hyper-speed impact].

Method of computer modeling of behavior of cylindrical and lamellar bones under the hypervelocity impact is suggested. This method allows in the frame of mechanics of continuous medium to calculate the stress strain behavior and damage in bone tissues under the shock wave impact. The processes of shock correlation of steel fragments of different shape with diaphysis of cylindrical bones and flat bone of calvaria under the impact 500 m/s are studied. The given method can be used for the evaluation of damage area of bone tissue of shock wave osteoporosis under the gunshot wound.

Auricular diagnostics used in the system of screening surveys.

Specific features of the automated computerized diagnostic complex based on electrometric methods and used for the auricular diagnostics have been considered. A functional scheme of the complex is given. Biophysical aspects of measuring the skin conductivity in acupuncture zones of the auricle are discussed. Special attention is paid to the diagnostic algorithms and to the control for their efficiency.

[A device based on the use of single-crystal microcomputers for auricular diagnosis and therapy]. / Pribor na baze odnokristal'noi mikro-EVM dlia aurikuliarnoi diagnostiki i terapii.

The paper treats of the problems related to the design of the apparatus and programmed means of a set up for auricular diagnosis and therapy based on the experimental and reported data the authors substantiate the selection of the modes of the set up running in the course of search for active acupuncture areas, their diagnosis and therapy, describe technical decisions aimed at the enhancement of the ergonometric and technical characteristics of the set up. Provide a block diagram of the set up and algorithm maintaining its work in different modes.

[An automated complex for the multiparametric analysis of galvanic skin response signals]. / Avtomatizirovannyi kompleks dlia mnogoparametricheskogo analiza signala kozhno-gal'vanicheskogo refleksa.

The questions related to the design of the hardware and software means for the automation complex, which allows multiparameter analysis of the GSR signal based on IBM PC/XT microcomputer are being considered in the present article. The choice of the structure for the complex and working parameters of the separate modules is based on the experimental and printed data. Microcomputer GSR signal input and its further processing algorithms are presented. The possibility to simplify the soft- and hardware of the complex with the help of the rational choice of its structure and regarding the peculiarities of the GSR signal frequency-amplitude parameters is described.

[Methodology of supplying the work place of medical workers with computers]. / Metodologiia osnashcheniia vychislitel'noi tekhnikoi rabochikh mest meditsinkskikh rabotnikov.

The new approach to the construction of the problem-orientated automated working places of the main-modular structure, suggested by the authors, solves not only the concrete problems of the clinical subdivision in collecting, storing and processing information but can also be the basis of the information system of a health care facility as a whole (e.g. diagnostic centers of various purpose, specialized clinics and outpatient polyclinics).