Zhao B.,Shenyang Sport University
Advanced Materials Research | Year: 2014
Purpose: In order to further study the physical differences between sports major and non-sport major male students, and better carry out individualized physical education. Methods: Body composition analyzer and power cycling were used to test body composition and maximal oxygen uptake for sports major and non-sport major male students. Data were analyzed by SPSS 17.0, and compared among the groups by t test. Results: The results showed that the percentage of body fat of sports majors was 10.57 ± 3.07%, non-sport major male students' body fat percentage was 17.66 ± 6.28% (P<0.05), and sports majors male students' protein content was 13.25 ± 0.64 kg, non-sport major students' protein content was 10.98 ± 1.15 kg (P<0.05). Sports majors students' body fluid content and maximal oxygen uptake was significantly higher than non-sport major male students (P<0.05). in addition, other indexes of body composition, sports major students were better than that of non-sport major students, but they showed no significant differences. Conclusion: This study showed that long term training engaged in sports majors students' protein content, and body fluid content aspects were significantly higher than that of non-sport major male students and aerobic capacity was significantly better than the non-sport major students. © (2014) Trans Tech Publications, Switzerland.
Wang S.,Shenyang Sport University
MATEC Web of Conferences | Year: 2015
By adopting Literature research method, questionnaire method, logic analysis method and mathematical statistics method in exploring the theory and practice of digital campus construction in physical education institution under information technology environment; taking guiding and referencing effect in informational construction development in physical education institution. The result demonstrates that the construction of Campus Network (NC) provides supporting platform for improving PE education quality and education reformation; while the construction of multi-media classroom provides necessary hardware guarantee for informational education; establishing comprehensively functional and convenient and practical informational software platform is the key step; enrich the source of PE education, promote the construction of informational education source, promote teachers' informational competency, promote the level of coursewares and applications in class. © 2015 Owned by the authors, published by EDP Sciences.
Zhao S.,Shenyang Sport University
Shenyang Gongye Daxue Xuebao/Journal of Shenyang University of Technology | Year: 2014
In order to facilitate undergraduate students to get the learning materials in campus more conveniently as well as to understand the dynamic information and participate the interactive activities in campus, a multimedia push technology based on the precise positioning of WIFI in campus was proposed. This technology mainly relies on the high-covering ratio of campus WIFI network and the popularity of intelligent network terminal. The positioning for the mobile intelligent terminal was conducted with the software technology. In addition, the position contrast was performed by a server, and the multimedia information at the information point nearest to the terminals was pushed to the device. The results show that the multimedia push technology can improve the campus life, simplify the campus information management, greatly reduce the advertising cost, and make a contribution to building the high-level university.
Wang X.,Shenyang Sport University
Applied Mechanics and Materials | Year: 2012
In order to obtain the Lower Muscle Strength Feature for Elite Speed Skaters in High Speed Gliding, this paper applied video analysis and isokinetic testing methods to conduct kinematic and kinetics dates. Contrasting to the kinematics dates, torques were computed by the Newton interpolation polynomial, which are simulated as the actual moments during gliding. According to the experimental results, the sLower Muscle Strength Feature is unique and correct. The larger of the velocity, the less moments produced from the hip, knee and ankle muscular, which will do harm to the power output.
Li J.,Shenyang Sport University
BioTechnology: An Indian Journal | Year: 2014
Aerobics is a kind of sports event that well received by mass, from which high difficulty movements are aerobics uniqueness. The paper makes analysis and researches on aerobics A-Frame kind of movements, it carries out research by applying biomechanical knowledge and mathematical statistics method aswell as combine with each kind of technical movements, finally it gets No.1 athlete comprehensive overall level is the highest, the research way makes contributions to aerobics development. © 2014 Trade Science Inc. - INDIA.