percentage error

It could predict, with a small percentage error, the outcome of a war.

Compare the two average percentage errors obtained by the two groups.

For 2-element and 3-element meters, the percentage errors shall not exceed those stated in Table 5.

Calculate the percentage error which resulted from your estimation of the dimensions.

Quantitative comparisons can be made of the wave angles and percentage errors estimated.

Furthermore, the percentage error is frequently sufficiently small to make the predictions useful for stock assessment.

The percentage error is given by the following:

Express the percentage error of your estimate.

Find the absolute error and the percentage error of a measurement of 18g.

Percentage regression, for situations where reducing percentage errors is deemed more appropriate.

After these tests, there shall be no change in the percentage error of the meter greater than the uncertainty of the measurement.

The ratio of the absolute error to the true value. (c) Percentage Error.

The median values of the absolute percentage error in above-ground biomass estimation for both study areas are 33-53%.

Mean absolute percentage error on a regional basis(2)

Percentage Error The relative or full scale error multiplied by 100 percent (%).

However, percentage errors are not quite meaningful when is close to or equal to zero, which results in extreme values or simply being undefined.

Statistically MAPE is defined as the average of percentage errors.

This leads to approximately the same percentage error in the force acting on a particle, regardless of the distance to the region it is interacting with.

Percentage errors are simply forecast errors converted into percentages and are given by .

The effects of various percentage errors in the population of a year class, due to incorrect values of fishing mortality are shown in figure 1.

Photon counts are such a case, and it is expected that higher signal strengths (intensities) should have smaller percentage errors compared to weaker signals.

Where too short a distance is allowed the time to cover the distance may be so short as to introduce a large percentage error into the result.

Is there any conclusion which can be drawn from the results, which might link the average percentage error and the distance of the person from the wall?

From a plot of the percentage value of the absolute error, it is clear that the maximum percentage error is less than 1.8.

Mean percentage error (MPE).