Sentence examples for be exploited to optimize from inspiring English sources

Also, little information is available on how crop density may be exploited to optimize the yield in such systems.

The regression analysis provides continuous functional forms for the various relationships between properties that can be exploited to optimize the microstructure of MGM composites.

In order to see more practical uses, μ-CT data of cellular foams must be exploited to optimize the design of the morphology of foams for a specific application.

Identification of factors involved in the regulation of MSC proliferation, migration and differentiation could provide insights into the pathophysiological regulation of MSC and be exploited to optimize clinical grade expansion protocols for therapeutic use.

Only when crystal sizes beyond 2 mm are desired can other design variables such as the fines removal rate and product residence time be exploited to optimize the design.

"More control over structure means more control over the resulting properties, which vastly expands the design space that can be exploited to optimize properties further". "Biological composite materials often have remarkable mechanical properties: high stiffness and strength per unit weight and high toughness.

Also, the particle swarm optimization (PSO) algorithm is exploited to optimize the DT.

However, since the ELM has a problem with validity of the prediction, a genetic algorithm (GA) is exploited to optimize the connection parameters between each network layer to improve the reliability and generalization.

The paper presents how to stabilize the deployment and retrieval processes of a space tether system via the tension control, where the model predictive control is exploited to optimize the control performance while the nonlinear dynamics and tension constraint are explicitly taken into account.

To ameliorate the algorithm, GA was exploited to optimize the algorithm so as to determine the best values for "mother wavelet function", "decomposition level of the signals by means of wavelet analysis", and "number of neurons in hidden layer" resulted in a high-speed, meticulous two-layer ANN with a small-sized structure.

Principal component analysis (PCA), an unsupervised chemometric approach for classification, was exploited to optimize the complex data set for reflecting relationships among different samples.