What is the equation used for taylor window function 'taylorwin'
13 vues (au cours des 30 derniers jours)
Afficher commentaires plus anciens
Palguna Gopireddy
le 13 Août 2022
Commenté : Chunru
le 18 Août 2022
I am unable to find which function is used in MATLAB for taylor window function taylorwin. I opened the function. THere are many if else blocks. But I am unable to identify which equation is used in it.
0 commentaires
Réponse acceptée
David Goodmanson
le 16 Août 2022
Modifié(e) : David Goodmanson
le 18 Août 2022
Hi Palguna,
The equations are in the attachment. rect(t) is a rectagle function, = 1 for -1/2<= t <= 1/2, 0 otherwise. That's intended to describe a continous function. For an N-point discrete window, the function is evaluated at N equally spaced points between and including
-1/2 +1/(2N) and 1/2 -1/(2N).
The reference is a freely available Sandia report, SAND2017-4042, Catalog of Window Taper Functions
for Sidelobe Control, Armin W. Doerry. You should be able to find these same expressions in taylorwin.
0 commentaires
Plus de réponses (2)
Chunru
le 16 Août 2022
The formulation of Taylor windown is a bit more complicated and not directly documented in "doc taylorwin". One reference is: H.L. Van Trees, Optimum Array Processing, Sec 3.4.3, John Wiley, 2002
0 commentaires
Palguna Gopireddy
le 17 Août 2022
3 commentaires
Chunru
le 18 Août 2022
The above equation is not complete as β is not specified so I have no idea whethe it is right or wrong. You are recommended to look for more reliable reference when in doubt (books and journal papers may be more reliable than conference articles in general). The formula given by @David Goodmanson above (with less details) and the van Tree's book (with detailed derivation and expanation) are similar. They also agree with MATLAB implementation.
Voir également
Catégories
En savoir plus sur Ordinary Differential Equations dans Help Center et File Exchange
Community Treasure Hunt
Find the treasures in MATLAB Central and discover how the community can help you!
Start Hunting!