Sentence examples for systems defined in from inspiring English sources

The choice of this function is application specific and for the closed-loop SBS systems defined in this paper it is related to the execution of a desired set of tasks from a pre-specified mission plan.

The final step is to conduct a traditional assessment of the thermodynamic performance of real sorption systems that have the same structures as the ideal systems defined in the previous step.

The primary intent of this factor is twofold: to encourage the use of "ductile" anchorage systems – defined in ACI 318 provisions – by applying a penalty factor to "non-ductile" anchors, and to increase design forces on "non-ductile" anchors to more representative of design-level loading.

The stage 4 consists on the creation of conceptual models of the human activity systems defined in the root definitions.

Recently, orthogonal block pulse functions have been widely discussed and applied to approximate the solutions of some difficult systems defined in engineering and science [11 22].

where σ ε,N and (sigma _{e, N}^{2}) are the MSE of the two systems defined in (22a) and (22b), respectively.

"An economist can scarcely fail to notice the advantages that we have accrued in this country by having the marketplace work efficiently to guide our educational system, defined in its widest sense, toward the broader needs of our economy," said Mr. Greenspan, who was at a dinner to receive the Stephen P. Duggan Award for International Understanding from the Institute of International Education.

For a vibration isolating system defined in such a way, a set of poly-optimal solutions was determined using two opposing criteria: the acceleration of the vehicle operator and the relative displacement of seat suspension.

We investigate possibilities of choosing an activation policy of discrete scanning sensors in such a way as to maximize the accuracy of parameter estimation of a distributed system defined in a given multidimensional domain.

In particular three methods are investigated: (a) the hybrid time frequency method, (b) the computation of the convolution integral which requires an inverse Fourier or Laplace transform of the system's transfer function, and (c) the identification of an equivalent system defined in the time domain which may be solved with classical time integration methods.

First, we extend the type system defined in Sect.