Sentence examples for shaping problem from inspiring English sources

The sensitivity shaping problem is reduced to a finite-dimensional constrained nonlinear least-squares optimization problem.

The proposed approach is applied to address the thermal spatiotemporal dynamic shaping problem in a tubular chemical reactor.

The dynamic shaping problem is addressed via error dynamics regulation between the governing PDE and a target PDE which describes the desired spatiotemporal behavior.

A sensitivity shaping problem is formulated as an approximation problem to the desired frequency response with a function in a class of sensitivity functions with a degree bound.

A state-of-the-art application is given in which the proposed linear trajectory control law satisfactorily solves a common trajectory shaping problem for a class of numerical predictor-corrector guidance.

Using the uncertainty principle we prove various rigorous lower bounds on the functional; these lower bounds estimate the L2 error for the beam shaping problem in terms of the design parameters.

This paper addresses a novel constrained decentralized shaping control problem for a class of nonlinear large-scale interconnected distribution systems.

After discretization the evolutionary state problem, associated with the optimal shape problem, is formulated as a sequence of nonsmooth equations and a general form of the optimal design problem is treated by using a nonsmooth approach.

Adding more exponential terms does not solve the curve shape problem.

As Fig. 2 clearly shows, not controlling for time trends resulted in bias, with the non-V-shape problem.

VisNet solves the shape problem by implementing a feature hierarchy in which combinations of features in the correct spatial relationship become learned at every stage of the processing, resulting in shape not low-level feature recognition (Rolls 1992, 2008, 2012a; Elliffe et al. 2002).