中国体育科技
2026-07-30 11:38:13 游戏推荐
参考文献
陈小虎，李春满，黄竹杭，等，2023.足球小场地比赛控制攻守转换时间对运动员体能负荷影响的研究[J].成都体育学院学报，49(4):85-90.
崔一雄，赵月，刘昊扬，等，2019.基于智能追踪技术对高校网球专业球员比赛运动负荷监控研究[C]//中国体育科学学会.第十一届全国体育科学大会论文摘要汇编.南京：中国体育科学学会：4755-4757.
冯锐，陈小平，蔡旭旦，2018.基于Accelerometer及GPS的中国优秀男子曲棍球运动员比赛负荷的研究[J].中国体育科技，54(6):59-67.
龚炳南，李春满，周长敬，等，2021.不同比赛结果下足球运动表现特征研究：基于中超联赛7个赛季的实证分析[J].中国体育科技，57(9):37-45.
雷正方，2019.男子网球运动员无氧和有氧能力的专项训练方法设计理论与实证[D].北京：北京体育大学.
李祥臣，彭小令，石磊，2024，等.运动负荷熵：一种运动负荷测度新理论[J].体育科学，44(6):3-14.
刘鸿优，唐小明，陈彦龙，等，2018.全球定位系统跟踪足球运动员跑动距离的准确性实验[J].体育学刊，25(1):132-136.
缪律，吕季东，吴瑛，等，2021.不同类型足球小场地比赛球员跑动表现及能量消耗的差异[J].上海体育学院学报，45(5):81-88.
王梁，申占全，黄俊朋，等，2018.基于Player LoadTM及IMA的篮球训练与比赛负荷监控[J].广州体育学院学报，38(1):73-76.
吴放，张廷安，姜哲，等，2021.中国青少年男子足球运动员比赛跑动表现特征研究[J].成都体育学院学报，47(6):108-115.
谢军，庄巍，金少楠，等，2018.大学生五人制足球教学比赛负荷特征研究[J].体育学刊，25(4):129-133.
杨熹，陈小平，周喆啸，等，2023.基于Accelerometer及GPS指标对专业男子网球运动员比赛跑动特征及生理负荷研究[J].中国体育科技，59(9):13-20.
张恒亮，毛万丽，刘鸿优，2018.运用数据级数推断对大学生足球专项课堂教学比赛负荷数据的分析[J].体育科研，39(6):79-86.
BOYD L J, BALL K, AUGHEY R J, 2011. The reliability ofMinimaxX accelerometers for measuring physical activity inAustralian football[J]. Int J Sports Physiol Perform, 6(3):311-321.
CATAPULT SPORTS, 2024. Inertial movement analysis whitepaper[R/OL].(2024-01-19)[2025-01-15]. https：//www.cat-apult.com/blog/white-paper-introduction-ima.
COHEN J, 1988. Statistical power analysis for the behavioralsciences[M]. Hillsdale, NJ:L. Erlbaum Associates:79-81.
CRANG Z L, DUTHIE G, COLE M H,et al., 2021. The va-lidity and reliability of wearable microtechnology for inter-mittent team sports:A systematic review[J]. Sports Med,51(3):549-565.
DI PRAMPERO P E, FUSI S, SEPULCRI L, et al., 2005.Sprint running:A new energetic approach[J]. J Exp Biol,208(14):2809-2816.
GALÉ-ANSODI C, CASTELLANO J, USABIAGA O,2018. Differences between running activity in tennis train-ing and match-play[J]. Int J Perform Anal Sport, 18(5):855-867.
GALLO-SALAZAR C, DEL COSO J, SANZ-RIVAS D, etal., 2019. Game activity and physiological responses ofyoung tennis players in a competition with two consecutivematches in a day[J]. Int J Sports Physiol Perform, 14(7):887-893.
GESCHEIT D T, CORMACK S J, REID M, et al., 2015.Consecutive days of prolonged tennis match play:Perfor-mance, physical, and perceptual responses in trained play-ers[J]. Int J Sports Physiol Perform, 10(7):913-920.
HARPER D J, CARLING C, KIELY J, 2019. High-intensityacceleration and deceleration demands in elite team sportscompetitive match play:A systematic review and Meta-anal-ysis of observational studies[J]. Sports Med, 49(12):1923-1947.
HEWIT J, CRONIN J, BUTTON C, et al., 2011. Under-standing deceleration in sport[J]. J Strength Cond Res,33(1):47-52.
HOPPE M W, BAUMGART C, BORNEFELD J, et al.,2014. Running activity profile of adolescent tennis playersduring match play[J]. Pediatr Exerc Sci, 26(3):281-290.
HOPPE M W, BAUMGART C, FREIWALD J, 2016. Do run-ning activities of adolescent and adult tennis players differ dur-ing play?[J]. Int J Sports Physiol Perform, 11(6):793-801.
JOHANSSON F, COOLS A, GABBETT T, et al., 2022. As-sociation between spikes in external training load and shoul-der injuries in competitive adolescent tennis players:TheSMASH cohort study[J]. Sports Health, 14(1):103-110.
KOVALCHIK S A, REID M, 2017. Comparing match playcharacteristics and physical demands of junior and profes-sional tennis athletes in the era of big data[J]. J Sports SciMed, 16(4):489-497.
MURPHY A P, DUFFIELD R, KELLETT A, et al., 2014.Comparison of athlete-coach perceptions of internal and ex-ternal load markers for elite junior tennis training[J]. Int JSports Physiol Perform, 9(5):751-756.
MYERS N L, AGUILAR K V, MEXICANO G, et al., 2020.The acute:Chronic workload ratio is associated with injuryin junior tennis players[J]. Med Sci Sports Exerc, 52(5):1196-1200.
OSGNACH C, DI PRAMPERO P E, 2018. Metabolic powerin team sports-part 2:Aerobic and anaerobic energy yields[J].Int J Sports Med, 39(8):588-595.
OSGNACH C, DI PRAMPERO P E, ZAMPARO P, et al.,2024. Mechanical and metabolic power in accelerated run-ning-PartⅡ：Team sports[J]. Eur J Appl Physiol, 124(2):417-431.
OSGNACH C, POSER S, BERNARDINI R, et al., 2010.Energy cost and metabolic power in elite soccer:A newmatch analysis approach[J]. Med Sci Sports Exerc, 42(1):170-178.
PEREIRA T J, NAKAMURA F Y, DE JESUS M T, et al.,2017. Analysis of the distances covered and technical ac-tions performed by professional tennis players during offi-cial matches[J]. J Sports Sci, 35(4):361-368.
PONZANO M, GOLLIN M, 2017. Movement analysis andmetabolic profile of tennis match play:Comparison be-tween hard courts and clay courts[J]. Int J Perform AnalSport, 17(3):220-231.
REID M, DUFFIELD R, 2014. The development of fatigueduring match-play tennis[J]. Br J Sport Med, 48(Suppl 1):i7-i11.
STAIBANO V, MOREIRA A,PANISSA V L,et al., 2023.Physical demands in a small-sided soccer game:A compari-son between arbitrary and individualized speed and metabol-ic power thresholds[J]. J Sports Med Phys Fitness, 63(12):1301-1308.
THURLOW F, HUYNH M, TOWNSHEND A, et al., 2024.The effects of repeated-sprint training on physical fitnessand physiological adaptation in athletes:A systematic re-view and Meta-analysis[J]. Sports Med, 54(4):953-974.
VESCOVI J D, 2017. Acute:Chronic training loads in ten-nis:Which metrics should we monitor?[J]. Br J SportsMed, 51(18):1321-1322.
WEST M A, COMPTON H R, DASCOMBE B J, et al.,2025. Introducing the novel deceleration threshold method:Comparative reliability to previous sprint deceleration analy-sis methods in team-sport athletes[J/OL]. Eur J Sport Sci,25(4):e12278[2025-07-05]. https：//doi. org/10.1002/ejsc.12278.
WHITESIDE D, CANT O, CONNOLLY M, et al., 2017.Monitoring hitting load in tennis using inertial sensors andmachine learning[J]. Int J Sports Physiol Perform, 12(9):1212-1217.