ฉันรักแปลThe surrogate assisted evo

ฉันรักแปลThe surrogate assisted evolution of aerofoil geometries
(a type of blade) has been widely explored for use with aircraft
design. Some examples include, Giotis and Giannakoglou [66]
who used multiple output neural networks as surrogate models
for multiobjective aerofoil optimization. Emmerich and
Naujoks [67] and Kumano et al. [68] used kriging to provide
approximations for multiobjective aerofoil design. In addition,
Zhou et al. [69] evolved aerodynamic aerofoil geometries with
a representation consisting of Hicks–Henne bump function
parameters. The EA was assisted by both a global and local
surrogate model. Significantly, these approaches use simulations
to evaluate candidate solutions and typically consider
only 2-D blades (due to the cost of CFD analysis).

ผลลัพธ์ (แอฟริกา) 1:

Ek is mal surrogaat ondersteun vertaal Die Evolusie van aerofoil geometrie
('n tipe van die lem) is wyd verken vir gebruik met Vliegtuig
Design. Sommige voorbeelde sluit, Giotis en Giannakoglou [66]
Wie verskeie uitset neurale netwerke gebruik as surrogaat modelle
vir Multiobjective Optimization aerofoil. Emmerich en
Naujoks [67] en Kumano et al. [68] Kriging gebruik om voorsiening te maak
benaderings vir Multiobjective Design aerofoil. Daarbenewens
Zhou et al. [69] Ontwikkel aerofoil aerodinamiese geometrie met
'n voorstelling wat bestaan ​​uit Hicks-Henne Bump funksie
Parameters. bygestaan ​​deur die EA was beide 'n internasionale en plaaslike
surrogaat Model. aansienlik, hierdie benaderings gebruik simulasies
kandidaat Solutions evalueer en tipies oorweeg
slegs 2-D lemme (As gevolg van die koste van CFD Analise).