Sentence examples for integer system from inspiring English sources

Two aspects of the statistical and computational development are a practical procedure for solving a linear integer system, and a stable linearization routine for ratios.

The premise of the design methodology is based on the fact that the stability region of the integer system is a subset of the stability region of the corresponding fractional-order system.

The proposed method allows us to decompose this polynomial into a first order fractional polynomial and an integer order polynomial of order n−1 (n being the order of the integer system).

A representation of these systems that involves a classical linear integer system and a system described by a parabolic equation is used to define the system real state and to conclude that the system state is approximately observable.

The probability of the capacity of the integer system of (14), for a fixed time, can be computed by the formal expression wp(Lambda)= frac{theta}{sigma^{2}(Lambda)} exp biggl({ int frac{2mu(Lambda)}{sigma^{2}(Lambda)}, d Lambda} biggr), where θ is the normalized constant, nu=1, qquad tau= frac{theta}{sigma^{2}(Lambda)} quad text{and}quad Upsilon= intfrac{2mu(Lambda)}{sigma^{2}(Lambda)}, d Lambda.

By applying the relation between integer system's characteristic equation and fractional system's characteristic equation, some brief sufficient stability conditions are deserved.

Then for every positive integer, systems (2.17) possess compact uniform attractor.

In general, for integer systems, the stability properties of any dynamic system are completely calculated from the location of the Laplacian eigenvalues of the network [8].

Because m and n are even integers, system (5) has three steady states (P t)=0), (P t)=P_{ast}) and (P t)=-P_{ast}).

In the usual integer order system theory, the state of the system,, known at any given time point, along with the system equations and system inputs, is sufficient to predict the response of the system.

Only nine (9/62; 15%; 95% CI 7%to26%6%) scoring systems (i.e. those that had been simplified to an integer scoring system) presented a way to equate the overall integer score from the model to a predicted risk; 6 presented predicted risks for each of the integer scores in a lookup table, whilst 3 models presented this information in a plot.