Sentence examples for limited computational effort from inspiring English sources

Wandering (undershoot/overshoot) is completely eliminated in the resulting trajectories with limited computational effort.

Moreover, the GWOR matrix is analyzed, with a very limited computational effort, by suitably composing the numerically calculated transmittances of the 2×2 elementary building blocks.

A framework for assessing economic flood damage for a large number of climate and urban development scenarios with limited computational effort is presented.

In the framework of the kinematic theorem of limit analysis, a simple constrained minimization problem is obtained on the unit cell, suitable to estimate – with a very limited computational effort – reinforced masonry homogenized failure surfaces.

Results show that the proposed approach is capable of leveraging the strain-sensing and damage-sensitive properties of conductive cement composites for real-time distributed structural health monitoring of smart concrete structures, using simple and inexpensive electrical hardware and with very limited computational effort.

The results indicated that the probabilistic analysis using PEM and MCS methodologies can be used for exploring the fatigue life probability effectively, requires very limited computational effort, and thus has the potential and ease as a practical tool to employ in pavement engineering.

The probability associated with the intermediary failure region can be estimated with limited computational efforts.

The use of meta-models (or surrogate models), such as response surface models [61], Gaussian process [62] or Kriging interpolation [63] allows to approximate the crack length or the fatigue life with limited computational efforts.

This increases considerably the accuracy of the estimates of the power system variables and makes easier to handle the reactive power generation constraints, thus resulting in higher accuracy in the voltage estimation with limited additional computational effort.

In addition, the computational effort for the computation of the solution vector is rather high.

If non-functional properties of the system (e.g. if a mobile device is used) mean limited time or power, then it may be more important for the fitness function to be calculated quickly or with little computational effort, in which case approximate metrics will be more useful than precise ones.