🚀 go-pugleaf

hilljr@jupiter.saic.com (Jay R. Hill) writes:

>In article <1992Nov4.172253.12871@kth.se>, pesjogre@nada.kth.se (Peter Sjogren) writes:
>|> 
>|> Given a sampled signal with a few sharp peeks in the power spectrum,
>|> what is the best method finding, AS ACCURATELY AS POSSIBLE, the 
>|> frequencies?
>|> 
>|> The approximate frequencies are known. 
>|> 
>|> 
>|> Please send answers to peter@jada.se
>|> 
>|> Thank you
>|> 
>|> Peter Sjogren
>|> Stockholm, Sweden
>|> 
>|> 
>You might check the following references:

>Hill, J. R., Long term solar activity forecasting using high-resolution
>time spectral analysis, NATURE, Vol 266, No 5598, pp 151-153, March 10,
>1977.

>Paul, A. K., Anharmonic spectral analysis (?),
>Maths Comput. 26, 437-447 (1972).

Other 2 good books has been written by: Sir L. MARPLE and 
S.KAY, both published by Mc G.  HILL, this books do present classical
methods like Periodogram and newer like ARMA-methods or MaxEnt-methods.

Bye
Franz
-- 
 --------------------------------------------------------------------------
|  Francesco  D. Di Tolla            |                                     |
|  Dip. di Fisica Univ. di Trento    | SISSA/ISAS via Beirut, 2-4          |
|  I-38050 Povo (TN)                 | I-34013 Trieste                     |