To check the validity of our prediction, the predicted percentage of people under a given quantile can be considered.
We further examined the performance of our prediction method for predicting non-consensus sites of sumoylation.
This method is carefully studied, verified and then used as the first stage of our prediction.
Most of our prediction results are supported by other research groups.
Through simulation, we show the accuracy and simplicity in implementation of our prediction algorithm.
Nor do we gain any satisfaction from the accuracy of our prediction, because the consequence is a price that our people have paid in blood.
The accuracy of our prediction is confirmed by the experimental data and simulation results of CdSe and ZnO nanocrystals.
The agreement of our prediction model with the experimental results was excellent in a broad range of silicon thickness.
Much of our prediction of human behavior appears to involve such attribution (though see Andrews 2012).
"Unfortunately, the American astronomers apparently were not aware of our prediction," says Schmadel.
First, we evaluated the accuracy of our prediction model when estimating the jobs' execution time.
