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Main paper on modeling of a low frequency analog of a high-frequency microwave transistor:
Radial basis models for feedback systems with fading
memory.
IEEE Transactions on Circuits and Systems I, vol. 48 no. 9 pages
1147-1151, September 2001
(Agilent Labs Technical Report AGL-2000-12).
File Name: io_7.pdf,
io_7_draft.pdf
(click on image to get a larger picture)
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Additional papers of possible interest:
Nicholas B. Tufillaro
Generating a fractal using a capacitor.
American Journal of Physics, June 2001, page 721.
File Name: fra_1.pdf
D. Schreurs, J. Wood, N. Tufillaro, L. Barford, and D. E. Root
Construction of behavioural models for microwave devices from
time-domain large-signal to speed-up high-level design
simulations.
(to appear in Int. J. RF Microwave CAE).
File Name: io_12.pdf
Lee Barford, Nicholas Tufillaro, Daniel Usikov, Leonid Marochnik,
and Robert McCutcheon
Calibration of Hubble Space Telescope Focal-Length Variations Using
the Emedding Technique.
2001 Flight Mechanics Symposium (NASA), Edited by John P. Lynch, NASA
Goddard Space Flight Center, Greenbelt, Maryland, June 19-21
2001.
File Name: io_11.pdf
D. Schreurs, J. Wood, N. Tufillaro, D. Usikov, L. Barford, and D.
Root
The construction and evaluation of behavioral models for microwave
devices based on time-domain large-signal measurements.
2000 IEDM Technical Program (International Electron Devices
Meeting)
13 December 2000, San Francisco, CA.
File Name: io_10.pdf
D. Schreurs, N. Tufillaro, J. Wood, D. Usikov, L. Barford, and D.
Root
Development of time-domain behavioral models for microwave devices
and ICs from vectorial large-signal measurements and simulations.
GAAS 2000 1-6 October 2000, Paris, France.
30th European Microwave Conference, GAAS Wireless Technologies
2000.
Proc. European GaAs and related III-V compounds applications
symposium.
File Name: io_9.pdf
Nicholas B. Tufillaro and David M. Walker
Behavioral models of microwave circuits with fading memory.
56th
ARFTG Conference Procedings
Boulder, Colorado, 30 November 2000
File Name: io_8.pdf
David M. Walker, Nicholas B. Tufillaro and Paul Gross
Radial basis models for feedback systems with fading memory.
IEEE Transactions on Circuits and Systems I, vol. 48 no. 9 pages
1147-1151, September 2001
(Agilent Labs Technical Report AGL-2000-12).
File Name: io_7.pdf,
io_7_draft.pdf
Nicholas B. Tufillaro et. al.,
Measurement driven models of nonlinear electronic components.
55th
ARFTG Conference Digest
15-16 June 2000, Boston, MA.
Agilent Labs Technical Report AGL-2000-2
File Name: io_6.pdf
David M. Walker and Nicholas B. Tufillaro
Phase-space reconstruction and approximating relative degree from
input-output time series data
(HPL-1999-75).
File Name: io_5.pdf
David M Walker and Nicholas B. Tufillaro,
Nonlinear Modeling of a Bi-Polar Junction Transistor
(preprint, 1999; HPL-1999-73).
File Name: io_4.pdf
David M. Walker and Nicholas B. Tufillaro,
Reconstructing the Dynamics of FET Oscillators
Using Radial Basis Functions
(preprint, 1999; HPL-1999-74).
File Name: io_3.pdf
David M. Walker and Nicholas B. Tufillaro,
Phase Space Reconstruction using Input-Output Time Series Data
(Physical Review E. 60 (4), 4008-4013, October 1999).
File Name: io_2.pdf
David M. Walker, Reggie Brown, and Nicholas B. Tufillaro,
Constructing transportable behavioral models for nonlinear electronic
devices,
Physics Letts. A. (255) 4-6 (1999) pp 236-242. (HPL-1999-23)
File Name: io_1.pdf
Nicholas B. Tufillaro,
A dynamical systems approach to behavioral modeling,
(preprint, 1998; HPL-1999-22).
File Name: io_0.pdf
