The phrase "achieve the mode" is correct and usable in written English.
It can be used in contexts related to reaching a specific state, condition, or method, often in technical or artistic discussions.
Example: "To fully utilize the software's capabilities, you must first achieve the mode that allows for advanced settings."
Alternatives: "attain the state" or "reach the mode."
Our idea is to set up as few bias parameters as possible based on the stability analysis of these biases in order to achieve the mode strength as strong as possible.
Even under a best-case scenario, the RCN would result in an increase in the cyclist injury rate because the infrastructure components have the potential to make cycling more dangerous, while failing to achieve the mode shift necessary to reduce vehicle growth or reach the safety in numbers threshold.
Within contemporary health services striving to deliver patient-centred care, women with a history of previous CS should be allowed to attempt to achieve the mode of delivery which they perceive to offer the greatest benefit to them and their offspring [ 6].
A variety of construction principles are possible to achieve the desired mode of operation.
As a result, although the proposed IntFLTs are apparently sacrificing the complexity to achieve the lossless mode compared with LiftLT, they have a great potential for fast implementation which is dependent on the architecture design and DCT algorithms.
The important advantages of this approach are to achieve the sliding mode controller design without the system dynamic model requirement and release the trial-and-error work of selecting approximation function.
We show that allowing for mode adaptation at each FBS improves the system performance when compared with using the same mode across the system, and a simple binary choice at each FBS can nearly achieve the optimum mode-adaptation performance.
In this article, we tried to realize the Mach-Zehnder interferometer sensor based on silicon oxides, and the refractive index of the oxides was controlled by the oxygen concentration to achieve the single-mode behavior of a total internal reflection (TIR) waveguide.
Adaptive control is the capability of the system to modify its own operation to achieve the best possible mode of operation.
The improved 4PB beam fatigue test procedures were proposed to achieve the energy-controlled mode.
High strain rate experiments were performed using a Split Hopkinson Bar setup, with specimens designed to achieve the desired loading mode, while isothermal experiments were performed with the help of a fluid cell to keep a constant temperature.
