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Exact(2)
using normalized root mean square error (NRMSE) as a means to measure error is not appropriate as it does punish spatial translation and scaling errors.
The measure error is ±2°.
Similar(58)
Thus, this measure error was 4.0%, and acceptable.
The measuring principle and the formulas are given, and the measuring error is analyzed.
The experimental results show that the measuring error is not greater than ±0.01°.
The experimental results show that the measuring error is not greater than 0.1 g.
Compared with the actual topography, the measuring error is within 0.5 mm and the reconstructing error is within 1.0 mm.
The distance measuring error is within 5% at approximately 15 ms after fault occurrence, which is superior to various adaptive protection algorithms based on CCVT transient error estimation or source impedance ratio (SIR).
Experimental analyses have been made in a commercial linear optical encoder and show that its measuring error is three times its precision, and wide areas of large measuring uncertainty are present in the frequency span.
Measuring error is difficult [ 9].
The overall absolute measuring error was 2.14 mmHg (± 1.74).
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CEO of Professional Science Editing for Scientists @ prosciediting.com