오차 함수

노트

example erf( X ) represents the error function of X .^[1]
Compute the error function for these numbers.^[1]
0.5205 0.9539 0.9545 Compute the error function for the same numbers converted to symbolic objects.^[1]
If the input argument is a vector or a matrix, erf returns the error function for each element of that vector or matrix.^[1]
A coefficient table is included to allow evaluation of the error function and its various integrals.^[2]
Because Magenta is not one of the product colors, the ERROR function is not executed.^[3]
The table and diagram below show the form of the Gaussian error function.^[4]
This module provides symbolic error functions.^[5]
erfinv(Y) returns the value of the inverse error function for each element of Y .^[6]
erfcinv(Y) returns the value of the inverse of the complementary error function for each element of Y .^[6]
As p increases, the Least Pth error function approaches the minimax error function.^[7]
The Least Pth error functions avoid this problem.^[7]
For more information on the least-squares error function, refer back to Least-Squares Error Function (L2).^[7]
The error function and its approximations can be used to estimate results that hold with high probability or with low probability.^[8]
(z)} means that the error function is an odd function.^[8]
The inverse error function is usually defined with domain (−1,1), and it is restricted to this domain in many computer algebra systems.^[8]