Sentence examples for mitigating the drawbacks from inspiring English sources

Approaches to optimizing the benefits while mitigating the drawbacks have taken the shape of the formalization of requirements, modular design practices, extensive system simulation, and spacecraft data trend analysis.

A majority of students indicated that they are using social media in their own learning, and developing students' knowledge and skills with regard to wider digital literacies could foster their abilities for integrating beneficial aspects of social media that can help their learning, while also mitigating the drawbacks that can hinder learning (Smith, 2016a; 2016a).

Comparison with state-of-art pure and Kriging-assisted algorithms over two- and three-objective test functions have demonstrated that the proposed algorithm can achieve high performance in the approximation of the Pareto-optimal front mitigating the drawbacks of its parent algorithms.

These try to mitigate the drawbacks of making purely numerical estimates of a firm's performance.

Simulation results show that the proposed hybrid approaches indeed maintain the merits and mitigate the drawbacks of their constituent approaches.

Therefore, it is encouraged to use the developed model to mitigate the drawbacks of product layout in dynamic production environment.

This work proves that full-duplex communication is able to accelerate the dynamics of TCP and mitigate the drawbacks introduced by such protocol.

As the frequency-domain approach (precoding) and the two time-domain approaches (windowing and filtering) have complementary characteristics, a hybrid combination of these approaches may be advantageous if it can maintain the merits and mitigate the drawbacks of these approaches.

In this paper, a hybrid solar DEG is proposed and developed to mitigate the drawbacks imposed by the traditional solar-energy-powered boats, such as low generation during no or partial insolation, lack of financial feasibility, etc.

Hybrid combinations of frequency-domain approaches (spectral precoding and PAPR precoding) and time-domain approaches (windowing and filtering) are developed to maintain the merits and mitigate the drawbacks of each constituent approach in order to deal with these practical challenges.

In this paper, with the aim of accelerating the design process and achieving results with reasonable engineering accuracy, an engineering-statistical model which is useful for estimating the aerodynamic coefficients was developed, which mitigated the drawbacks of these two methods.