The finding inspired study of the so-called matching hypothesis, in which treatment approaches are tailored to individuals depending on their habits.
The matching hypothesis states that recovery strategies are most effective when they match particular sport demands.
During the last stage, the pose is calculated for each matching hypothesis and the best one is selected according to a defined error function.
The main aim of this study was to investigate the matching hypothesis with respect to the relation between daily sport demands, detachment, and recovery state among elite athletes.
Results are discussed in terms of the model matching hypothesis and implications for the comprehensive study of violent game play, including the importance of enjoyment and frustration, are also discussed.
We use the ladybird beetle, Harmonia axyridis, to test the environment-matching hypothesis.
Instead, the direct matching hypothesis would predict coupling between frontal and parietal motor regions that make up the core MNS.
Different from the global entrainment hypothesis, the direct matching hypothesis does not predict alpha and mu source activations to become synchronized during observational learning.
The environment-matching hypothesis posits that plastic developmental responses to early life conditions shape the adult phenotype to fit an adult environment predicted by the larval environment.
This is not in opposition to the direct-matching hypothesis, but it puts in perspective a stricto sensu utilization of the term direct.
