While no patterns emerge between the training status or gender of the athlete and reliability of RE, it does appear that the typical error is less at running velocities at which the athletes typically train [31,61,62].
The typical error is approximately 5 dB depending on the geometrical configuration, scale and frequency.
The measured data are compared with values available in literature, and the typical error is found to be less than 8% for all the samples.
Another typical error is not reviewing that diversification or asset allocation as circumstance change.
Worse yet, if we go to the latitude of Miami, Florida in late June, the maximum error is above 70 degrees and the typical error is around 45 degrees.
The typical error was in the 50 100 ppm range.
The RMSE (Eq. 3), while also influenced by outliers, is a convenient metric as it assumes the same units as the data, is representative of the size of a typical error, and is a lower bound on the standard deviation of a prediction error.
Typical errors are ~ 0.01 × 1011 electrons/m3 at the E layer height in both cases.
We found that typical errors were on the order of 1 km in latitude, longitude, and depth, which is smaller than the grid size.
Typical errors were 15 20% for the association constant and 5 10% for the binding enthalpy.
