Sentence examples for a uniform transition from inspiring English sources

A uniform transition matrix associated with A, B is not derived directly and the structure of solution (x t)) is not well characterized on every subintervals ([0,tau], ldots,[ntau,(n+1 tau]), (nin N).

A uniform transition rule guides the evolution of the system; the rule determines the next state of each cell considering its current state and the states of nearby ones (where nearby depends on a specific notion of neighbourhood, that is a function mapping every cell to a set of "visible" nearby cells).

(ii) A uniform transition matrix associated with A, B is not derived directly and the structure of solution (x t)) is not well characterized on every subintervals ([0,tau], ldots,[ntau,(n+1 tau]), (nin N).   (iii) An extended Gronwall inequality is used to derive convergence results instead of applying direct methods.  .

This method is applied to stabilize rotating body beam, for damping the oscillations of blades of an elastic propeller and for stabilization of the uniform transition of the pendulum on a cart.

This paper discusses a versatile method in preparing stable and uniform transition metal (Pt, Pd, Ti, etc).

The Fe-free sample with a low hysteresis shows a uniform phase transition from martensite to austenite initiated by the nucleation of austenite at the twin boundaries.

The second example is adaptive stabilization of the uniform transition of the pendulum on a cart.

Furthermore, the PDE with uniform transition probabilities does not need to track the current state t of the process, and hence, it is simpler.

In particular, we study and compare the downsampling distortion of the two design approaches, i.e., the fixed Δ t design and the variable Δ t design (with uniform transition probabilities), depicted in Figures 8 and 9, respectively.

We used MEGA 4.1 package 14 to construct the phylogeny tree with corresponding divergence times under uniform transition rate 1 (see Figure 7).

Of greater importance is whether the elimination of a particular problem-point, i.e. most difficult transition, in the sequence results in more uniform transitions and thereby, a greater degree of motor-program automatization.