Gabor wavelets are used for extract

Gabor wavelets are used for extracting features from the potentially occluded regions. The choice of using Gabor wavelets is motivated by their biological relevance, discriminative power and computational properties. A Gabor wavelet consists of a complex sinusoidal carrier and a Gaussian envelope which can be written as: GW,(z)=
,
  e
,
‖‖   e,
−e  ⁄  (1) where µ and γ are the orientation and scale of the Gabor kernels. z =(P,Q) is the size of the kernel window. ||•|| denotes the norm operator. k, is a wave vector written as following:

ผลลัพธ์ (แอฟริกา) 1:

Gabor golfies word gebruik vir die wen funksies van die potensieel okWudeerhet streke. Die keuse van die gebruik van Gabor golfies is gemotiveer deur hul biologiese relevansie, onderskeidingsvermoë en computational eienskappe. A Gabor wavelet kompleks bestaan ​​uit 'n sinusvormige en 'n Gaussiese Carrier koevert wat geskryf kan word as:? GW, (Z)
=?
,? ?? ??
E? ,? ‖? ‖?
??? ? ?? E ?? ,? -e ???
? /? (1) waar μ en γ is die oriëntasie en omvang van die Gabor pitte. z = (P, Q) is die grootte van die kern venster. || • || dui die norm operateur. k?,? is 'n golf vektor geskryf soos volg :.