Abstract Cormier, P, Meylan, C, Agar-Newman, D, Geneau, D, Epp-Stobbe, A, Lenetsky, S,
and Klimstra, M. A systematic review and meta-analysis of wearable satellite system …

Objectives (1) Determine the validity of instantaneous speed and acceleration and (2) the
variation in validity over time (multiple sessions) for global navigation satellite systems …

Establishing a sprint acceleration force–velocity profile is a way to assess an athlete's sprint-
specific strength and speed production capacities. It can be determined in field condition …

There is a limited understanding of the validity and reliability of commercially available
global positioning satellite (GPS) devices for assessing repeated sprint performance in …

Background/Objective Global navigation satellite systems (GNSS) and local positioning
systems (LPS) are to date common tools to measure external training load in athletes. The …

Abstract Beato, M, Wren, C, and de Keijzer, KL. The interunit reliability of global navigation
satellite systems Apex (STATSports) metrics during a standardized intermittent running …

Monitoring training load is essential for optimizing the performance of athletes, allowing
practitioners to assess training programs, monitor athlete progress, and minimize the risk of …

Background Advanced testing technologies enable insight into the kinematic and kinetic
determinants of sprint acceleration performance, which is particularly important for field …

Background Wearable inertial sensors enable sprinting to be biomechanically evaluated in
a simple and time efficient manner outside of a laboratory setting. Research Question: Are …

Abstract Thome, M, Thorpe, RT, Jordan, MJ, and Nimphius, S. Validity of global positioning
system (GPS) technology to measure maximum velocity sprinting in elite sprinters. J …