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Alan Victor Oppenheim

Affiliations: 
Massachusetts Institute of Technology, Cambridge, MA, United States 
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"Alan Oppenheim"
Bio:

Oppenheim, Alan V., 1937- Superposition in a class of nonlinear systems. Technical report (Massachusetts Institute of Technology. Research Laboratory of Electronics) ; 432. The study of Modern Algebra and the possibilities of its application to the treatment of nonlinear systems was first suggested to me by Dr. Manuel V. Cerrillo of the Research Laboratory of Electronics, M.I.T. I am grateful to Dr. Cerrillo for both this suggestion and for many stimulating discussions during my introduction to research.
Before and during the development of the thesis I was fortunate to have the benefit of a close association with Professor Amar G. Bose and Professor Henry J. Zimmermann. I am grateful for their contributions to my thesis research and to my personal development

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Parents

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Amar Gopal Bose grad student 1965 MIT
Manuel Cerrillo grad student 1965 MIT
 (Superposition in a class of nonlinear systems)
Henry J. Zimmermann grad student 1965 MIT (Physics Tree)

Children

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Ronald W. Schafer grad student 1968 MIT (MathTree)
Russell M. Mersereau grad student 1973 MIT
Thomas F. Quatieri grad student 1979 MIT
S Hamid Nawab grad student 1982 MIT
Avideh Zakhor grad student 1987 MIT
Gregory W. Wornell grad student 1991 MIT
James C. Preisig grad student 1992 MIT
Andrew C. Singer grad student 1996 MIT

Collaborators

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Steven Henry Strogatz collaborator (MathTree)
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Publications

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Martinez-Nuevo P, Lai H, Oppenheim AV. (2019) Delta-Ramp Encoder for Amplitude Sampling and Its Interpretation as Time Encoding Ieee Transactions On Signal Processing. 67: 2516-2527
Martinez-Nuevo P, Oppenheim AV. (2019) Lattice Functions for the Analysis of Analog-to-Digital Conversion Ieee Transactions On Information Theory. 65: 4915-4923
Demirtas S, Oppenheim AV. (2016) A Functional Composition Approach to Filter Sharpening and Modular Filter Design Ieee Transactions On Signal Processing. 64: 3667-3676
Wei D, Sestok CK, Oppenheim AV. (2013) Sparse filter design under a quadratic constraint: Low-complexity algorithms Ieee Transactions On Signal Processing. 61: 857-870
Wei D, Oppenheim AV. (2013) A branch-and-bound algorithm for quadratically-constrained sparse filter design Ieee Transactions On Signal Processing. 61: 1006-1018
Baran TA, Oppenheim AV. (2013) A derivation of the recursive solution to the autocorrelation normal equations Ieee Signal Processing Magazine. 30: 142-144
Maymon S, Oppenheim AV. (2012) Quantization and compensation in sampled interleaved multichannel systems Ieee Transactions On Signal Processing. 60: 129-138
Willsey MS, Cuomo KM, Oppenheim AV. (2011) Selecting the lorenz parameters for wideband radar waveform generation International Journal of Bifurcation and Chaos. 21: 2539-2545
Maymon S, Oppenheim AV. (2011) Sinc interpolation of nonuniform samples Ieee Transactions On Signal Processing. 59: 4745-4758
Willsey MS, Cuomo KM, Oppenheim AV. (2011) Quasi-orthogonal wideband radar waveforms based on chaotic systems Ieee Transactions On Aerospace and Electronic Systems. 47: 1974-1984
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