Please use this identifier to cite or link to this item: http://ea.donntu.edu.ua:8080/jspui/handle/123456789/22613
Title: МЕТОДИКА МОДЕЛИРОВАНИЯ ПОХОДКИ ЧЕЛОВЕКА
Other Titles: The Human Gait Simulation Method
Методика моделювання ходи людини
Authors: Нестругина, Е.С.
Nestrugina, E.S.
Нестругіна, О.С.
Keywords: індивідуальна хода людини
моделювання сигналу датчиків
коефіцієнт масштабування
зсув графіка
навантаження на кожну ногу
individual human gait
sensor signal simulation
scaling factor
shift schedule
load on each leg
индивидуальная походка человека
моделирование сигнала датчиков
коэффициент масштабирования
сдвиг графика
нагрузка на каждую ногу
Issue Date: 2013
Publisher: Донецький національний технічний університет
Citation: Наукові праці Донецького національного технічного університету. Серія: Обчислювальна техніка та автоматизація. Випуск 1 (24). - Донецьк, ДонНТУ, 2013. С - 269-274
Abstract: В статье предложена методика оценки походки человека путем моделирования в инженерном комплексе LabVIEW. Предложенная методика обеспечивает с помощью виртуального проектирования когнитивное визуальное наблюдение неравномерности шагов и нагрузки на нижние конечности в процессе ходьбы.
Description: A method of human gait assessment by simulation in the engineering complex LabVIEW is proposed in the article. The proposed technique provides a virtual design with cognitive visual observation of uneven steps and the lower limbs load during walking. In the rehabilitation period of the musculoskeletal functions after injuries, walking is used as one of the basic diagnostic tests for instrumental biomechanical locomotor pathology diagnosis. The study of biomechanical characteristics of musculoskeletal function in the dynamics can objectively determine the effectiveness of the rehabilitation treatment. Motor symptoms is an early indicator of diseases. The gait study became a staple in the world clinical practice. The gait change is judged by the existing differences in the duration and intensity of exercise on one leg and the other according to the visual and acoustic perception. Information on the nature of gait is essential in the diagnosis and during rehabilitation of human motor functions. The use of advanced information technology has become indispensable today. Software packages are used to accelerate research and development tasks in the fields of science and technology. Engineering complexes such as LabVIEW can solve not only mathematical problems, but to visualize on the screen complex processes, also, allowing to create devices and systems with 100 percent real devices convergence. Equipment of health care diagnostic apparatus, including the rehabilitation of victims of accidents is an important task. The structure and the virtual model of the IMS human gait control during rehabilitation after traumatism is developed, which allows getting a description of both healthy and lame man. Methods of virtual design in the engineering complex LabVIEW show the effectiveness of the proposed method. Further areas of IMS operational development are identified to the operating option so that 100 percent convergence of virtual and real models can be achieved. The proposed development can be recommended for medical institutions for purposes of determining the efficacy of therapeutic interventions.
URI: http://ea.donntu.edu.ua/handle/123456789/22613
ISSN: 2075-4272
Appears in Collections:Випуск 1 (24)'2013
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