Sniper Selection Index Measurement and Factor Weight Analysis
There is a problem that the proportion of qualitative selection is larger than that of quantitative selection in the selection process of our army’s snipers. In this study, the methods of testing and mathematical statistics were used to analyze the sniper material selection index quantitatively, and the weight of each index was determined through calculation, so as to further build a complete sniper material selection index system. Finally, four main factors were determined, which were stability factor, shooting ability factor, respiration factor and mental factor, which break the traditional mode of selecting sniper based on the form, function, quality and psychology.
KeywordsSniper Selection Measurement Factor analysis
Compliance with Ethical Standards
The study was approved by the Logistics Department for Civilian Ethics Committee of Special Operations Academy of PLA.
All subjects who participated in the experiment were provided with and signed an informed consent form.
All relevant ethical safeguards have been met with regard to subject protection.
- 1.Yubing Y, Xianqian W (2011) Sniper basic course. Huangshan Book Society, p 7Google Scholar
- 2.Wang J (2003) Principles and methods of athlete selection. Beijing sport University Press, BeijingGoogle Scholar
- 3.Hanhan H Sniper training materials, p 78–79Google Scholar
- 4.Yongrui L, Chengmou L, Houcan Z (2005) Research on characteristics of attention ability of high-level athletes in different sports. Sports Sci 25(3)Google Scholar
- 5.Du L (2000) Stability is the basic condition for the material selection of shooters. China New Technol New Prod (3)Google Scholar
- 6.Xiuli, Z, Xiangdong W, Xuezhen L (2007) Characteristics and evaluation indexes of balance stability of national elite shooters. J Phys Educ 14(2)Google Scholar
- 7.Spicer M (2006) Illustrated manual of sniper skillsGoogle Scholar
- 8.Hatfield B, Haufler A, Contreras-Vidal J (2007) Brain processes and neurofeedback for performance enhancement of precision motor behavior. Department of Kinesiology University of Maryland, College ParkGoogle Scholar