湖北体育科技
湖北體育科技
호북체육과기
JOURNAL OF HUBEI SPORTS SCIENCE
2012年
4期
408-410
,共3页
杜亚雯%熊莉%何晓玲%耿婷%徐驰
杜亞雯%熊莉%何曉玲%耿婷%徐馳
두아문%웅리%하효령%경정%서치
形态选材%田径%三维人体扫描%影像技术
形態選材%田徑%三維人體掃描%影像技術
형태선재%전경%삼유인체소묘%영상기술
form selection%track and field%3D body scanning%imaging technology
随着现代生活水平日益提高,营养条件逐渐加强,人们身体形态和身体素质也逐步发生较大改变,由于训练水平的不断发展和提高,田径运动员身材较过去相比愈加日趋高大化,与此同时,人们对田径运动员形态选材的指标和方法的研究也取得了相应的发展。对于田径运动员形态选材指标及方法的研究,在中国具有"起步晚,发展快"的特点,已具备较雄厚理论研究的基础。随着三维人体扫描仪在运动员形态选材中应用的研究,田径运动员形态选材指标将更加完整、准确和便于科学统计和管理。而影像技术的发展推动了田径运动员形态选材逐步进入肌肉形态研究阶段。
隨著現代生活水平日益提高,營養條件逐漸加彊,人們身體形態和身體素質也逐步髮生較大改變,由于訓練水平的不斷髮展和提高,田徑運動員身材較過去相比愈加日趨高大化,與此同時,人們對田徑運動員形態選材的指標和方法的研究也取得瞭相應的髮展。對于田徑運動員形態選材指標及方法的研究,在中國具有"起步晚,髮展快"的特點,已具備較雄厚理論研究的基礎。隨著三維人體掃描儀在運動員形態選材中應用的研究,田徑運動員形態選材指標將更加完整、準確和便于科學統計和管理。而影像技術的髮展推動瞭田徑運動員形態選材逐步進入肌肉形態研究階段。
수착현대생활수평일익제고,영양조건축점가강,인문신체형태화신체소질야축보발생교대개변,유우훈련수평적불단발전화제고,전경운동원신재교과거상비유가일추고대화,여차동시,인문대전경운동원형태선재적지표화방법적연구야취득료상응적발전。대우전경운동원형태선재지표급방법적연구,재중국구유"기보만,발전쾌"적특점,이구비교웅후이론연구적기출。수착삼유인체소묘의재운동원형태선재중응용적연구,전경운동원형태선재지표장경가완정、준학화편우과학통계화관리。이영상기술적발전추동료전경운동원형태선재축보진입기육형태연구계단。
With the increasing of the level of modern life,nutrition is gradually strengthening,and people's body shape and physical fitness are gradually change greatly with the continuously development and improvement of the level of training.Athletic shape compared to the past has increasingly become tall,and at the same time,the indicators of athletes form selection and methodologies to obtain the corresponding development also have achieved a new grade.As for athletes' indicators of form selection and methods,it has the feature of starting late,but developing rapid in China,which already has constructed the basis for a more solid theoretical research.With the applications of 3D body scanner in the selection of athletes form and the shape selection,the indicators of the track and field athletes will be more complete,accurate and easy to scientific statistics and management.In addition,image technology to promote the development of the morphological identification of athletes gradually obtains the muscle to shape the research phase.