Sentence examples for conventional evolution from inspiring English sources

Two-objective, three-objective, and four-objective optimizations for the 1.5 MW wind turbine blade designs reveal that the proposed algorithm exhibits improved distribution, convergence, and converging efficiency compared to the conventional evolution algorithms such as NSGA-II.

In this article, a novel gradient-based multi-objective evolution algorithm based on both uniform decomposition and differential evolution is proposed for the design of wind turbine blades, to overcome unsatisfactory convergence performance and diversity of solutions usually existing in conventional evolution algorithms.

The PCL crystallinity showed a conventional sigmoidal evolution both for PCL blocks and PCL homopolymers confined in the large L-domain.

It was clarified that the application of this cathode to the chlor-alkali electrolysis system lowered the cell voltage by about 0.8 V at 20 andm2 and 90°C as compared with the conventional hydrogen evolution cathode system.

In addition, mechanisms of fatigue failure in the VHCF regime were compared to conventional damage evolution (in the LCF and HCF region) on the basis of load-controlled low frequency tests.

Three modifications are introduced to conventional differential evolution (DE), including: 1) the adaptive p-best strategy to balance between global exploration and local exploitation; 2) the directional mutation rule to increase the possibility of creating improved solutions; 3) the nearest neighbor comparison method to prejudge a solution before evaluation and skip unpromising one.

This integrated strategy is applied to the Namibian sector of the south-west African margin where the conventional landscape evolution model of inland retreat of an escarpment initiated at the coast at break-up implies a mean rate of retreat of ∼1 km Ma−1.

To emphasize the difference, we thereafter refer to the conventional density evolution method as the "threshold-constraint" method, and propose a "convergence-constraint" method as a useful extension to the conventional method.

Overall, the EEB of the static parameter setting approach (Figs. 7a, 8a, 9a) aptly describes the conventional EA evolution path; the search process is automatically directed towards the best individual found so far.

However, conventional directed evolution and screening techniques typically examine proteins that contain only one or two amino acid substitutions.

At present, the functional explanation for the diversity generated by both conventional protein evolution in the N terminal domain, as well as alternative splicing, remains unexplained.