The phrase "an effective evolution" is correct and usable in written English.
It can be used to describe a positive or successful change or development in a particular context, such as business, technology, or personal growth.
Example: "The company's shift towards sustainable practices represents an effective evolution in its business model."
Alternatives: "a successful transformation" or "a positive development".
This also makes it possible to create pulses that are equivalent to ideal hard pulses followed by an effective evolution period.
The elitist model is also used for an effective evolution strategy and the creeping random search method is adopted in order to approach the solution with high accuracy.
This entails the maintenance of function (dysfunction) or biological stability, and is believed to represent an effective evolution mechanism.
An effective evolution education approach may therefore focus on providing students conceptual tools to evaluate this evidentiary record in their own environment.
Based on all these, a novel effective evolution algorithm for global optimization is proposed and its convergence is proved.
Recent research focuses primarily on the development of efficient CO2 reduction electrocatalysts, while little attention has been given to the development of an effective oxygen evolution anode that is compatible for practical CO2 electrolyzers.
Staff from the National Center for Science Education are looking forward to contributing a regular column, "Overcoming obstacles to evolution education," to Evolution: Education and Outreach, which will discuss a variety of obstacles to effective evolution education and suggest ways of overcoming them.
Nurses have an obligation to participate in the effective evolution of self-regulation.
Related research dealing with effective evolution teaching identified a variety of obstacles that teachers confronted when teaching evolution.
In this paper we propose an effective differential evolution optimization (DEO) based learning algorithm for RFNN with fuzzy inputs, fuzzy weights and biases, and fuzzy outputs.
The results provided in this study rationalize the attachment of an effective H2 evolution catalyst as a means to significantly improve the stability of p-Cu2O electrodes.
