Sentence examples for deterministic computation from inspiring English sources

When we are interested in deterministic computation, it is conventional to base the definitions of the classical complexity classes defined in this section on the model \(\mathfrak{T}\).

For this reason, this paper offers a hybrid algorithm, which consists of the genetic algorithm (GA) based on probability theory and the deterministic computation based on analytic theory.

For a direction of propagation at the entry identified by azimuth and elevation angles δen = [Azen,Elen], the deterministic computation of polarization parameters ηenO, ηenX, αenO and αenX is possible by reference to a database describing the terrestrial geomagnetic field.

Because the characterized source model generates ground motion at periods longer than the corner period T C of the asperities, ground motion at periods shorter than T C may not be sufficiently evaluated when combined with a deterministic computation method for long-period ground motion simulations, as noted by Sato et al. (2006).

The deterministic computation method should be used in the period range at which the 3D velocity structure model is valid, which is usually 1 3 s and longer in Japan, and thus, the crossover period T cross at which the deterministic and stochastic methods are matched is usually approximately 1 3 s.

The Transformation Method (TM), presented by M. Hanss, replaces interval arithmetic with a set of deterministic computations: for each interval, all parameter extrema are combined in every possible way.

What about non-deterministic computation?

On the other hand, the second machine class is defined to include those deterministic models whose members can be used to efficiently simulate non-deterministic computation.

We explain in this paper how a declarative debugger of wrong answers for the lazy functional-logic language Curry can be extended to debug programs including the encapsulated search, an important feature of this language designed to control non-deterministic computation steps.

This is also true for the semi-deterministic computations such as LES (Large Eddy Simulation) which on top need quite a big number of time steps to converge to sufficiently accurate statistics of turbulence.

Quantum computers are thus capable of performing any computation which a classical deterministic computer can do.