sapa

sapa: Spectral Analysis for Physical Applications. Software for the book Spectral Analysis for Physical Applications, Donald B. Percival and Andrew T. Walden, Cambridge University Press, 1993... The book contains end-of-chapter exercises for the (graduate) student as well as a rather detailed subject index. The software used to produce the numerical examples has been made available by the authors on Internet. The book is well-written and it may find a niche in the literature as an intermediate text between more rigorous mathematically-oriented texts and practically-oriented engineering books.


References in zbMATH (referenced in 62 articles )

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  1. Kuske, R.; Lee, C.Y.; Rottschäfer, V.: Patterns and coherence resonance in the stochastic Swift-Hohenberg equation with Pyragas control: the Turing bifurcation case (2018)
  2. Lepage, Kyle Q.; Vijayan, Sujith: The relationship between coherence and the phase-locking value (2017)
  3. Daubechies, Ingrid; Wang, Yi; Wu, Hau-tieng: ConceFT: concentration of frequency and time via a multitapered synchrosqueezed transform (2016)
  4. Khalid, Zubair; Kennedy, Rodney A.; McEwen, Jason D.: Slepian spatial-spectral concentration on the ball (2016)
  5. Krafty, Robert T.: Discriminant analysis of time series in the presence of within-group spectral variability (2016)
  6. Amblard, Pierre-Olivier: A nonparametric efficient evaluation of partial directed coherence (2015)
  7. Proietti, Tommaso; Luati, Alessandra: The generalised autocovariance function (2015)
  8. Jahn, Kornél; Bokor, Nándor: Revisiting the concentration problem of vector fields within a spherical cap: a commuting differential operator solution (2014)
  9. Lopes, Kim Samejima M.: Partial directed coherence applications on EEG data (2014)
  10. Plattner, Alain; Simons, Frederik J.: Spatiospectral concentration of vector fields on a sphere (2014)
  11. McElroy, Tucker; Politis, Dimitris N.: Distribution theory for the Studentized mean for long, short, and negative memory time series (2013)
  12. De A.Moura, Maria Sílvia; Morettin, Pedro A.; Toloi, Clélia M.C.; Chiann, Chang: Transfer function models with time-varying coefficients (2012)
  13. Dieste, M.; Gabard, G.: Random particle methods applied to broadband fan interaction noise (2012)
  14. Luati, Alessandra; Proietti, Tommaso; Reale, Marco: The variance profile (2012)
  15. Lucarini, Valerio: Stochastic perturbations to dynamical systems: a response theory approach (2012)
  16. Panella, Massimo; Barcellona, Francesco; D’Ecclesia, Rita L.: Forecasting energy commodity prices using neural networks (2012)
  17. Paparoditis, Efstathios; Politis, Dimitris N.: Nonlinear spectral density estimation: thresholding the correlogram (2012)
  18. Sun, Yixiao; Kim, Min Seong: Simple and powerful GMM over-identification tests with accurate size (2012)
  19. Wei, Lai; Craigmile, Peter F.; King, Wayne M.: Spectral-based non-central F mixed effect models, with application to otoacoustic emissions (2012)
  20. Wen, Qiuzi H.; Wong, Augustine; Wang, Xiaolan L.: Overlapped grouping periodogram test for detecting multiple hidden periodicities in mixed spectra (2012)

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