Sentence examples for quantitative optimization from inspiring English sources

Intuitive and easily-described, "pick-the-highest" is often recommended for quantitative optimization of AV and especially VV delay settings of biventricular pacemakers (BVP; cardiac resynchronization therapy, CRT).

Since appropriate perforation friction is conducive to the uniform growth of fractures, a convenient quantitative optimization method to calculate the needed perforation friction for uniform growth was proposed.

Therefore, there is a need to integrate strategic thinking with quantitative optimization in order to make sound and effective decisions on supplier selection.

On the other hand, the optimal radially Gaussian kernel TFD method proposes a signal-dependent kernel that changes shape for each signal to offer improved TF representation for a large class of signals based on quantitative optimization criteria [5].

We conclude that quantitative optimization models are useful for evaluating the impacts of different regulatory policies, assessing the benefits of offering product servicing options, and investing in design for durability and serviceability.

In this context, this research proposes a quantitative optimization model for integrated forward reverse logistics with carbon-footprint considerations, by integrating the carbon emission into a quantitative operational decision-making model with regard to facility layout decisions.

In this work, four existing approaches for gas detector placement were implemented and compared with the previously proposed quantitative optimization-based approach using three different performance metrics in accordance to the objectives of gas detection systems.

Through the qualitative, quantitative and optimization analysis of water retention capability of the sandy golf green, evidence a basis for choice of green profiles and rootzone matrix could be provided.

Two decades of microprocessor architecture driven by quantitative 90/10 optimization has delivered an extraordinary 1000-fold inprovemicroprocessorrocessor performance, enabled by transistor scaling which improved density, speed, and energy.

Especially for modern technologies, where wire effects dominate the achievable performance of a circuit, tight control of cell placement makes a predictable quantitative analysis and optimization possible.

As spatial resolution increases, there is a great need to advance the design, quantitative analysis, and optimization of relevant thermal fluid processes at the powder level.