parametric

We will start by looking at the parametric problem P3.

Then the face is rendered using a form of parametric animation.

This last definition is general and includes any product of parametric design.

In this case, is the parametric set of component distributions.

The type of a Trojan can be either functional or parametric.

The second fundamental form of a general parametric surface is defined as follows.

The parametric methods always work out of their conditions of use.

In the special case of parametric equations the independent variables are called the parameters.

However, such parametric models still assume that the underlying model is literally true.

The acquire and release events are also parametric in the Thread for the same reason.

With the parametric version it is easier to obtain points on a plot.

For some parametric families, a complete sufficient statistic does not exist.

A somewhat more detailed description can be found at parametric equation.

The parametric test assumes that the errors have a normal distribution.

A flat can also be described by a system of linear parametric equations.

For large problems, parametric variation of the bound can prove more efficient.

However, if assumptions are incorrect, parametric methods can be very misleading.

These problems are eliminated by rewriting the equations in parametric form.

"A remark on the equilibrium theory of the parametric pump."

Consider first the usual parametric form of a straight line:

For example, in the early days of the communication satellite parametric amplifiers were used.

Here the parametric equation of a line in the view plane is:

The torus is defined by the following set of parametric equations.

In small samples, a parametric bootstrap approach might be preferred.

In optical parametric generation, the wavelength of light is doubled.