Sentence examples for rigorous computation from inspiring English sources
Note that a rigorous computation of the multiple scattering in a dense medium consisting of micron-sized particles is a difficult problem.
The modelling approach offers, for the first time, a rigorous computation of transmembrane fluxes based on different solution-diffusion models (dual mode, Flory Huggins, ENSIC) for a set of absolute upstream and downstream pressure.
The tools used to compute high-order transfer maps based on differential algebraic (DA) methods have recently been augmented by methods that also allow a rigorous computation of an interval bound for the remainder.
In this section, we will discuss the rigorous computation of s.u.'s of and correlation between the parameters of a constrained model.
Nor has it been demonstrated by any rigorous computation that combinatorial control of gene expression by protein complexes is insufficient to support the regulatory complexity required to make a human (to which alternative splicing of coding RNAs is likely to make a significant contribution - see for example[ 11]).
The key to new knowledge lies in incorporating anatomical detail, physiological function such as in-vivo flow measurements with rigorous computations to identify cause-effect relations of all interacting parts of the living systems under study.
Toward this end, we have examined the homogeneous chemistry of this system, computed rate parameters for important reactions using conventional Transition State Theory (TST) and RRKM/master equation simulations, and estimated rate parameters for reactions where rigorous computations are not presently feasible.
Ariadne is an in-progress open environment to design algorithms for computing with hybrid automata, that relies on a rigorous computable analysis theory to represent geometric objects, in order to achieve provable approximation bounds along the computations.
On the other hand, a rigorous error computation may be unnecessary since estimation error covariances are not used in the UFIR algorithms, and so reasonable approximations can serve us well in practical applications.
An iterative optimization algorithm for designing two dimensions, finite aperture, aperiodic diffractive micro-optical elements based on rigorous electromagnetic computation model the finite-difference time-domain method has been proposed.
The current methods to correlate the TEG circulation rate, TEG purity, water removal efficiency, number of equilibrium stages (or height of packing) and the diameter of contactor employs rigorous calculation techniques involving more complicated and longer computations.
