quadrature

Some people also call this problem the quadrature of the circle.

Problems of quadrature for curvilinear figures are much more difficult.

Quadrature is a historical mathematical term which means determining area.

The quadrature signals may be formed with phase shift networks.

They achieved 90 degrees separation on January 24, 2009, a condition known as quadrature.

That is why the process was named quadrature.

It is similar to Gaussian quadrature with the following differences:

Gaussian quadrature often requires noticeably less work for superior accuracy.

Mostly, this is due to the computational cost of higher-order numerical quadrature.

Thus the name quadrature for this process.

This general quadrature technique was used to produce other structures including the cross-sections of buildings.

It is the nearest we have to a truly all-purpose quadrature scheme at the present time."

The L5 consists of two carrier components that are in phase quadrature with each other.

The number of photon difference is eventually proportional to the quadrature and given by:

Clenshaw-Curtis quadrature can be generalized to this case as follows.

These components are in quadrature, i.e. they have a 90 phase difference.

Squeezed light exhibits reduced noise in one quadrature component.

Note that an inferior planet can never be at quadrature to the reference planet.

The two versions differ in their quadrature techniques.

Instead, spacing of latitudes is defined by the Gaussian quadrature.

Apple's first mice used a DE-9 connection carrying quadrature signals.

The error of a Gaussian quadrature rule can be stated as follows .

Archimedes encounters the series in his work Quadrature of the Parabola.

The integral may be efficiently computed by Gaussian quadrature.

Triangulation and quadrature of the beacons works for navigation - only it follows its own rules.