Sentence examples for operations to optimize from inspiring English sources

Response surface methodology (RSM) is a powerful mathematical technique being widely used in many industries for technological operations to optimize the experimental conditions.

In order to provide a low-power, high-speed, and area-efficient multiplier for DWT computation, Shi et al. [6] adopted the shift-add operations to optimize the multiplications since the coefficients of wavelet filters are constant.

A vital part of these solutions is strategic planning which aims to coordinate field development and hydrocarbons production operations to optimize the entire field lifecycle, given the chosen planning criterion (e.g., net present value of the project).

Thus, a correlation of the equilibrium data by either theoretical or empirical equations is essential for the practical operations to optimize the design of the biosorption system; so it is important to establish the most appropriate correlation for the equilibrium curves.

In this paper, we present a superstructure modelling and optimization framework of inter-city high-speed transport systems, accounting energy consumption during infrastructure construction and during subsequent operation, to optimize connections between large population centers and between modes of transport.

Energy consumption is minimized through best in the industry lightweight vehicle construction, as well as use of energy efficient technologies; such as permanent magnet hub motors, LED lighting, sealed microplug doors, vehicle thermal insulation, low drag coefficient vehicle design, automated operation to optimize train performance.

Unlike conventional Lyapunov-based model predictive control (LMPC) schemes which typically utilize a quadratic cost function and regulate a process at a steady-state, LEMPC designs very often dictate time-varying operation to optimize an economic (typically non-quadratic) cost function.

Regarding the future work, all MS parameters must be studied and adjusted separately to find the adequate frequency margins of operation to optimize results.

We are not aware of previous analyses that use operations research to optimize existing testing programs by reallocating resources among testing activities.

The monitoring on surface temperatures of the plasma facing components (PFCs) is a major concern to ensure safe operation and to optimize performances of experimental operations on large fusion facilities.

We will show that these additional degrees-of-freedom can be exploited to circumvent undesirable operation and to optimize the overall closed-loop performance.