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 Scott, MTU, Scott, TJ, and Kelly, VG. The validity and reliability of global positioning
systems in team sport: a brief review. J Strength Cond Res 30 (5): 1470–1490, 2016—The …

Given the accuracy in data collection, radar-based local positioning systems (LPS) are a
promising technology to monitor training load in team sports. The objective of this study was …

Abstract Delaney, JA, Wileman, TM, Perry, NJ, Thornton, HR, Moresi, MP, and Duthie, GM.
The validity of a global navigation satellite system for quantifying small-area team-sport …

Abstract Background Use of Global positioning system (GPS) technology in team sport
permits measurement of player position, velocity, and movement patterns. GPS provides …

Abstract Beato, M, Devereux, G, and Stiff, A. Validity and reliability of global positioning
system units (STATSports Viper) for measuring distance and peak speed in sports. J …

Purpose: To establish the interunit reliability of a range of global positioning system (GPS)-
derived movement indicators, to determine the variation between manufacturers, and to …

Background Wearable tracking devices are commonly utilised to quantify the external
acceleration load of team sport athletes during training and competition. The ability to …

This study aimed to investigate the validity and reliability of global (GPS) and local (LPS)
positioning systems for measuring distances covered and sprint mechanical properties in …

Purpose This study compared the validity and inter-and intra-unit reliability of local (LPM)
and global (GPS) position measurement systems for measuring acceleration during team …