Examples of 'rate of convergence' in a sentence
Meaning of "rate of convergence"
rate of convergence: In mathematics or optimization, it refers to the speed at which a sequence approaches a limit or a solution converges to an optimal value
How to use "rate of convergence" in a sentence
Basic
Advanced
rate of convergence
We show that this rate of convergence is sharp.
The rate of convergence is better for smaller values of a.
This method has a quadratic rate of convergence.
Enter a rate of convergence for the algorithm.
We also give an estimate of the rate of convergence.
But the rate of convergence has varied between regions.
In all cases we obtain a singular perturbation where a rate of convergence of attractors is obtained.
The rate of convergence is quadratic.
In this model we also establish central limit theorems with a rate of convergence.
Let us analyze the rate of convergence of the method.
The rate of convergence depends on the function and its smoothness.
We also establish upper bounds on the rate of convergence for these kernel estimates.
The rate of convergence across this boundary is measured at about per year.
This is only about half the rate of convergence from seven million years ago.
Rate of convergence.
See also
Therefore, the definition of rate of convergence is sometimes extended as follows.
Rate of convergence of the Taylor series for some classes of analytic functions.
It allows stability to be increased, but it decreases the rate of convergence.
Determine the rate of convergence of the sequence to its limit.
The advantage of using low-discrepancy sequences is a faster rate of convergence.
We also calculate the rate of convergence of attractors in terms of step of discretization.
Thanks to a spectral analysis, we prove that the rate of convergence is exponential.
In this work we study rate of convergence of attractors for parabolic equations.
In consequence, domain and crack are independent and the rate of convergence is optimal.
The consistency and rate of convergence of the estimator are derived from the FCCM.
In particular, we prove that these methods have a high rate of convergence, superlinear or quadratic.
This rate of convergence is unusually rapid, both in historical and global terms.
This is only about half the rate of convergence of 7 million years ago.
The rate of convergence of the Gauss-Newton algorithm can approach quadratic.
Finally, we return to the binary ranking problem to establish adaptive minimax rate of convergence.
Recently, the exponential rate of convergence of the error probability was provided.
We have, then, to add to it something about the rate of convergence.
Where parameter? indicates the rate of convergence toward equilibrium between the series.
Therefore the transformed series ( 9 ) has a geometric rate of convergence.
However, its rate of convergence can drop below that of the bisection method.
The algorithm is iterative and has a rate of convergence of d + 1.
Numerically, the rate of convergence falls, and one can observe instabilities.
Acceleration of convergence = = Many methods exist to increase the rate of convergence of a given sequence, i . e.
The rate of convergence across the line of the Sunda-Java Trench is 7.5 cm per year.
In the region around Valparaiso, the rate of convergence is about 70 mm / yr.
Box 1, Estimating the rate of convergence or divergence of income 15.
You'll also be interested in:
Examples of using Convergence
Show more
Regulatory convergence and implementation of international standards
There is a lack of sigma convergence in this example
Convergence of individual countries toward regional mean
Examples of using Rate
Show more
The mortality rate is certainly on the rise
Rate stations and assign audit points
Low literacy rate and school attendance
