Bedrosian E., Rice S. O. (1971): “The Output Properties of Volterra Systems (Nonlinear
Systems with Memory) Driven by Harmonic and Gaussian Inputs”, Proceedings of the
Institution of Electrical Engineers, Cilt 59, s. 1688-1707.
Billings S. A. (1980): “Identification of Non-Linear Systems-a Survey”, IEE Proc, 127, Pt. D,
No. 6, s. 272-285.
Billings S. A., Lang Z. Q. (1997): “Truncation of Non-linear System Expansions in The
Frequency Domain”, International Journal of Control, Cilt 68, No. 5, s. 1019-1042.
Billings S. A., Peyton Jones J. C. (1990): “Mapping Non-linear Integro-Differential Equations
into the Frequency Domain”, International Journal of Control, Cilt 52, No. 4, s. 863-879.
Billings S. A., Tsang K. M. (1989): “Spectral Analysis for Non-linear Systems, Part I:
Parametric Non-linear Spectral Analysis”, Mechanical Systems and Signal Processing,
Cilt 3, No. 4, s. 319-339.
Boyd S. P. (1980): “Volterra series: Engineering Fundamentals”, PhD, Harvard University.
Brilliant M. B. (1958): “Theory of The Analysis of Nonlinear Systems”, Cambridge,
Massachusetts, Technical Report: MIT Research Lab of Electronics.
Bui F. M., Li J., Bott K., Mintchev M. P. (2001): “Volterra Series Modelling and
Compensation of Non-linear Distortions Caused by Susceptibility Difference Artefacts
Related to The Presence of Ferromagnetic Implants in Magnetic Resonance Imaging”,
Medical Engineering & Physics, Cilt 23, s. 207-215.
Chatterjee A., Vyas N. S. (2003): “Non-linear Parameter Estimation with Volterra Series
Using The Method of Recursive Iteration Through Harmonic Probing”, Journal of Sound
& Vibration, Cilt 268, s. 657-678.
Çankaya İ., Boz A. F. (2005): “Volterra Serileri Metodu ile Doğrusal Olmayan Sistemlerin
Frekans Boyutunda Analizi”, Süleyman Demirel Üniversitesi Fen Bilimleri Enstitüsü
Dergisi, 9-2.
Helie T., Roze D. (2008): “Sound Synthesis of a Nonlinear String Using Volterra Series”,
Journal of Sound and Vibration, Cilt 314, s. 275-306.
Inglada J., Garello R. (2002): “On Rewriting the Imaging Mechanism of Underwater Bottom
Topography by Synthetic Aperture Radar as a Volterra Series Expansion”, IEEE Journal
of Oceanic Engineering, Cilt 27, No. 3, s. 665-674.
Kaçar S., Bayılmış C., Çankaya İ., Çakıroğlu M. (2009): “Kablosuz Algılayıcı Ağlar için
MATLAB Builder NE ve MATLAB Webfigure ile ASP.NET Tabanlı Web Arayüzü
Tasarımı”, e-Journal of New World Sciences Academy Technological Applied Sciences,
2A0032, Cilt 4, No. 4, s. 360-370.
Kaçar S., Çankaya İ. (2010): “Doğrusal Olmayan Sistemlerin Volterra Serileri Metodu ile
Analizine Yönelik Arayüz Tasarımı”, Diyarbakır, SIU2010-IEEE 18.Sinyal İşleme ve
İletişim Uygulamaları Kurultayı, s. 566-569.
Kerschen G., Worden K., Vakakis A. F., Golinval J. C. (2006): “Past, Present and Future of
Nonlinear System Identification in Structural Dynamics”, Mechanical Systems and Signal
Processing, Cilt 20, p. 505–592.
Khan A. A., Vyas N. S. (1999): “Non-linear Parameter Estimation Using Volterra and Wiener
Theories ”, Journal of Sound and Vibration, Cilt 221, No. 5, s. 805-821.
Lang Z. Q., Billings S. A., Yue R., Li J. (2007): “Output Frequency Response Functions of
Non-linear Volterra Systems”, Automatica, Cilt 43, s. 805-816.
Liu J. J. (2002): “A New GUI Interpretation Tool for Non-linear Frequency Responce
Function”, Journal of Franklin Institute, Cilt 339, s. 431-454.
Masugi M., Takuma T. (2007): “Using a Volterra System Model to Analyze Nonlinear
Response in Video-packet Transmission Over IP Networks”, Communications in
Nonlinear Science and Numerical Simulation, Cilt 12, s. 411-421.
MATLAB Builder NE 3 User‟s Guide (2008): The Mathworks Inc., s. 1-2.
Peyton Jones J. C., Billings S. A. (1989): “Recursive Algorithm for Computing the Frequency
Response of a Class of Non-linear Difference Equation Models”, International Journal of
Control, Cilt 50, No. 5, s. 1925-1940.
Peyton Jones J. C., Billings S. A. (1990): “Interpretation of Nonlinear Frequency Response
Functions”, International Journal of Control, Cilt 52, No. 2, s. 319-346.
Peyton Jones J. C., Billings S. A. (1991): “Describing Functions, Volterra Series ,and the
Analysis of Non-linear in The Frequency Domain”, International Journal of Control, Cilt
53, No. 4, s. 871-887.
Peyton Jones J. C. (2007): “Simplified Computation of the Volterra Frequency Response
Functions of Non-linear Systems”, Mechanical Systems and Signal Processing, Cilt 21, s.
1452-1468.
Rugh W. J. (1981): “Nonlinear System Theory: The Volterra/Wiener Approach”, Baltimore,
Maryland, USA: John Hopkins University Pres.
Schetzen M. (1980): “The Volterra and Wiener Theories of Nonlinear Systems”, New York,
John Wiley and Sons.
Volterra V. (1930): “Theory of Functionals and of Integral and Integro-Differential
Equations”, Blackie and Son Limited.
Xingjian J., Lang Z. (2009): “On the Generalized Frequency Response Functions of Volterra
Systems”, Journal of Dynamic Systems, Measurement, and Control, Cilt 131, 061002-1/8.
Thank you for copying data from http://www.arastirmax.com
