Teoriya i praktika fizicheskoy kultury №6 2016, pp. 83-85

UDC 796.012

Dr.Hab., Professor V.I. Zagrevskiy^{1, 2}
Dr.Hab., Professor O.I. Zagrevskiy^2
1Mogilev State University named after A.A. Kuleshov, Mogilev
²National Research Tomsk State University, Tomsk

e-mail: kapil@yandex.ru

Subject matter under investigation by the authors is the best athletic exercise performance technique designing procedure individualized for every athlete. The authors believe that the design problem may be successfully solved through its formalization (mathematical statement) procedure followed by computing experiments.
An objective of the study was to develop a heuristic software tool for the optimal sport exercise performance technique design on computer.
System analysis of a mathematical model of the human motor performance simulation system gave us the means to spell out the conceptual basics of the sport exercise performance technique designing methodology and apply them to a computing experiment. The mathematical statement of a human motor performance process was assumed to include 11 basic conditions to set the following: design parameters for the biomechanical system motor qualities integration model; software control tools for the whole trajectory of the subject bio-system; starting movement conditions and limitations of the executor's kinematic and dynamic resources. We believe that that the most efficient form of the software control tool development mission is the kinematics-focused design based on the joint angle variations with time presented in form of a numerical sequence (value matrix).

Keywords: exercise performance technique, simulation, biomechanical system, optimization.

References

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Received 25.03.2016 г.