This article describes the new simulators implemented for stabiloanalizator Stabilan-01 in order to use them for training and development of coordination of movements in boxing.

Keywords: Boxing, Sports Medicine, stabilometry, Stabilan-01

  Work is connected with the synthesis of information behavior of groups of autonomous intelligent agents of biomedical research, and machine learning methods to ensure the reliability of the forecast increase in their behavior using multi-agent systems based on the use of bionic principles, methods and models of swarm intelligence. Developed multi-agent system simulates the behavior of groups of autonomous intelligent agents developed methods to meet the proposed criteria of reliability, differing form the structure of the system and developed a set of specialized agents that provides the capability to model a group of biomedical robotics using autonomous intelligent agents. Classifier of stabilographic signals on the basis of Parzen method was developed. These data indicate that the auxiliary symptoms resulting from multidimensional scaling much more informative initial attributes.

Keywords: Intelligent agent, multidiagnostics, Parzen classifier

  The purpose of investigation is to examine the effect of adaptation to difficult-house physical stress on the regulation of the vertical posture of man. For the analysis of the ability to maintain a vertical position used stabilographic hardware-software complex "Stabilan-1-02" (JSK Rhythm ", Russia). The ability to maintain a vertical position was evaluated in two static positions: 1) the main stand (OS) in the presence and absence of visual information, and 2) dip (PP) in the presence of visual information. Revealed that an increase of physical performance ability to maintain balance in static positions, especially in the complicated conditions (deprivation of visual information and static muscle tension) increases.

Keywords: Sports stabilometry, adaptation, vertical pose

  New devices and equipment, which use the methods and facilities of computer stabilography, are introduced in the paper. These devises and equipment require improving power and speed-power rates of sportsmen in Russian Olympic and Paralympics National Teams. The article examines new technologies, which enable to estimate objectively the dynamics of training program’s effectiveness, during training of sportsmen for competition. In the paper is introduced an ability of use of these devices on the basis of new technologies under visual feedback for development of dose muscle force and motor function of the sportsman as well as for rehabilitation after overtraining, injury or trauma.

Keywords: Speed-power training, stabilography, dynamometry, moment of force