CONTRIBUTION OF NEW START INFORMATION SYSTEM PROTOTYPE TO THE FALSE START DETECTION IN ATHLETICS

Authors

Matthieu Milloz, University of Limerick, LimerickFollow
Andrew J. Harrison, University of LimerickFollow
Kevin Hayes, University College Cork, CorkFollow

Category

Athletics

Document Type

Paper

Abstract

This study aimed at comparing a prototype of a new Start Information System (SIS) with a World Athletics (WA) certified SIS which was used in competition. Twenty sprinters performed sprints under simulated race conditions. Response time (RT) was recorded by the WA certified SIS and the new SIS prototype based on a custom force plate and a new event detection algorithm to assess RT as the onset of arm force reaction. The mean value from RT recorded by the new SIS prototype for trials for which the RT given by the WA certified SIS were ranged between 100 ms and 119 ms (RT _{WA 100-119 ms}) was 0.047±0.019 s. This result highlighted RT_{WA 100-119 ms} were probably false start according to the theoretical minimum auditory RT, despite being valid by the current WA regulation. The revisited new SIS prototype technologies were more appropriate to detect false start in athletics.

Recommended Citation

Milloz, Matthieu; Harrison, Andrew J.; and Hayes, Kevin (2020) "CONTRIBUTION OF NEW START INFORMATION SYSTEM PROTOTYPE TO THE FALSE START DETECTION IN ATHLETICS," ISBS Proceedings Archive: Vol. 38: Iss. 1, Article 107.
Available at: https://commons.nmu.edu/isbs/vol38/iss1/107