Abstract:
Modern technology enriches the world of physical activity on a daily basis. By synthesizing information technology and a scientific approach to training, boundaries are being pushed not only in elite sports, but also in recreational activities. In this study, we analyzed various parameters using the "Smart4Fit Gym" android application and wearable sensors ProSense with MotionX-Ray technology during treadmill running. The study involved 20 male participants who ran on the treadmill according to a predetermined protocol. The protocol included treadmill activities lasting 3 minutes: a minute of warm-up, followed by one minute of running at speeds of 10 and 12 km/h. During testing, parameters of both lower extremities were monitored. The analysis included separate speed of movement of both extremities dominant and non-dominant, ground reaction force upon contact with the treadmill, length of individual steps, and number of steps per minute.The results show that all tested parameters increased with the increase in treadmill speed and running speed. Differences were also observed between the speed of movement for the individual leg and its ground reaction force upon contact with the treadmill. In both cases, the values for the non-dominant leg were higher compared to the dominant one.The results obtained by the mentioned system confirm that it provides new opportunities in the world of recreational running
CITATION:
IEEE format
. Hadži Pavlović, K. Nikolić, “Application of Presence Sensors With Motionxrays Technology During Recreational Running,” in Sinteza 2024 - International Scientific Conference on Information Technology, Computer Science, and Data Science, Belgrade, Singidunum University, Serbia, 2024, pp. 342-346. doi:10.15308/Sinteza-2024-342-346
APA format
Hadži Pavlović, ., Nikolić, K. (2024). Application of Presence Sensors With Motionxrays Technology During Recreational Running. Paper presented at Sinteza 2024 - International Scientific Conference on Information Technology, Computer Science, and Data Science. doi:10.15308/Sinteza-2024-342-346