GPS and heart rate monitoring equipment were used to test the internal and external training load on 14 football major college students in 3 simulation matches. Meanwhile magnitude-based inference (MBI) was employed to compare the changes in the training load between the first half and the second. Results showed: (1) The football major college students in the simulation match covered a distance of 8319m with the average running speed of 5.59km/h, and achieved 19 high-speed running and 7.6 sprinting on average. The total distance covered, average running speed, and the distance, duration and times of jogging, low-speed running, moderate-speed running, high-speed running, sprinting, as well as low- and high-intensity acceleration and deceleration, match load and efforts of the repetitive high intensity running substantially decreased in the second half (ES: 0.35~1.22, P>75%), meanwhile, time of walking (ES=0.94, P>99.5%) and recovery time (ES=1.60, P>99.9%) between repetitive high intensity running substantially increased in the second half. (2) The average heart rate of the football major college students in the match was 165 beat/min, approximately accounting for 83% of the maximum heart rate. For 59.5% of the match time their heart rate was in the range of moderate-high and high intensity. The time of the heart rate with moderate-high intensity substantially increased in the second half (ES=0.5, P:75%~95%), while time of the heart rate with high intensity showed only trivial difference between the first half and the second (ES=0.15, P:75%~95%). |