Sentence examples for finite improvement from inspiring English sources

Then, it is obvious that every such finite improvement path of the exact potential games terminates in an -equilibrium point (an -equilibrium is a strategy profile that approximately satisfies the condition of Nash equilibrium).

In [25], it shows that every bounded potential game (a game is called a bounded game if the payoff functions are bounded) has the approximate finite improvement property (AFIP), that is, for every, every -improvement path is finite.

The only difference is that, in the finite case, the existence of exact potential function implies the finite improvement property (FIP), and therefore, the sequential best-response converges to the exact NE instead of an -equilibrium.

Experimental results comparing the use of the bits-based GMM-based block quantiser with the levels-based one in image coding show a finite improvement in the PSNR performance.

Typically, applications that improve the customer's bottom line face finite opportunities for improvement, and applications that improve the customer's top line have no ceiling on opportunities to grow.

If (Vert nabla f_{k}^{T}h_{f_{k}} Vert neq0), then step 3 of Algorithm 1 will stop in a finite number of improvement steps.

Although considerable preparatory man-power is required and the accuracy of the results is still open for further improvement, finite element method approach is the most powerful way at present.

The conclusion shows us step 3 will stop in a finite number of improvements.

Of course, in practical terms, there is a finite limit on improvements in item quality.

The experimental studies and finite element analysis enables improvement to the design of the connections to be used in engineering practice.

The first examples of atomistic calculations (by molecular dynamics and Monte-Carlo methods) of the key microscopic parameters for input in SFPR and BERKUT, validation of the modified code and application of the 3D finite element method for improvement and verification of the 1D thermo-mechanical model, are presented.