1218 St. Matthew Way Los Altos, CA kipnisal

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1 Curriculum Vitae 1218 St. Matthew Way Los Altos, CA kipnisal Education Ph.D., Electrical Engineering Stanford University (Stanford, California) 9/2012 9/ Thesis: Fundamental performance limits of analog to digital compression - Adviser: Andrea Goldsmith - Oral exam (defense) committee: Tsachy Weissman, John Duchi, Abbas El-Gamal, Emanuel Candes M.Sc., Mathematics (summa cum laude) Ben-Gurion University (Beersheva, Israel) 10/2010-8/ Thesis: Generalized white noise space analysis and stochastic integration with respect to a class of Gaussian stationary increment processes - Adviser: Daniel Alpay B.Sc., Mathematics (summa cum laude) Ben-Gurion University (Beersheva, Israel) 10/2007-8/2010 B.Sc., Electrical and Computer Engineering (summa cum laude) Ben-Gurion University (Beersheva, Israel) 10/2006-8/2010 Research Experience Postdoctoral Research Fellow 10/ Department of Statistics, Stanford University - Supervisor: David Donoho - Research topics: Global hypothesis testing when useful features are rare and weak with applications to detecting language changes in large dictionaries Research Assistant 10/2012-9/2017 Department of Electrical Engineering, Stanford University - Supervisor: Andrea Goldsmith - Research areas: Information theory, signal processing, data compression, machine learning Research Assistant 10/2010-8/2012 Department of Mathematics, Ben-Gurion University - Supervisor: Daniel Alpay - Research areas: Stochastic Analysis, operator theory, probability 1

2 Teaching Experience Stanford University Teaching Assistant EE102B: Signal processing and linear systems II. Mentoring - Research experience for undergraduates (REU) supervised 2 students during summer STATS285: Massive Computational Experiments supervised a team of 4 graduate students in final class project: language changes in congressional records. Ben-Gurion University Teaching Assistant - Calculus II: Calculus in multiple variables and differential operators. - Estimation theory: Parametric estimation and statistical signal processing. - Introduction to control theory: Linear dynamical systems, stability and feedback design. - Stochastic processes: Statistical description and estimation of random time series. - Algebraic structures: Algebraic group theory, rings and modules over rings. Honors, Awards and Fellowships - Koret Foundation postdoctoral fellowship, Stanford University, Statistics Department - Keynote Speaker, Oct Banff Research Stations, workshop on the Intersection of Information Theory and Signal Processing: New Signal Models, their Information Content and Acquisition Complexity - PhD Department fellowship, Stanford University, Department of Electrical Engineering - Graduated with Highest Honors, 2010 Ben-Gurion University, Department of Mathematics - Graduated with Highest Honors, 2010 Ben-Gurion University, Department of Electrical Engineering - Rector s list 2008 ($3,500 value), Dean s list 2009, 2007 ($2,100 and $1,500 value, respectively) Ben-Gurion University - Wolf Prize for undergraduate students, 2007 ($1,200 value) Patents P4 A. Kipnis, Andrea J. Goldsmith and Yonin C. Eldar, Analog to digital convertor optimized for efficiency P3 A. Kipnis and I. Dror, Encoding data for storage in a data storage device P2 A. Kipnis and I. Dror, Method and apparatus to process data based upon estimated compressability of the data P1 I. Dror and A. Kipnis, Systems and methods for performing variable flash wear leveling 2

3 Professional Experience Tarsier Technologies (San Francisco, CA) 6/ Technical adviser - Surveillance software and control platform for drone detection Huawei (Bridgewater, NJ and Santa Clara, CA) 6/2015-9/2015 Summer research intern - Developed communication schemes to reduce network latency in communication over multiple radio access technologies using rateless codes. SanDisk (Omer, Israel) 5/ /2012 Algorithm development - Developed techniques to enhance endurance of flash storage devices using data compression. Professional and Volunteer Services - Reviewer for: The IEEE Transactions on Communications, The IEEE Transactions on Signal Processing, The IEEE Transactions on Information Theory, IEEE Journal of Selected Topics in Signal Processing - President of the Israeli Student Organization at Stanford 9/ / Stanford Graduate Housing Advisory Committee 5/2013-9/2015 Additional Experience Military Service (Israel Defense Force) 1/ /2005 Platoon commander (Lieutenant) Publications In preparation P4 and David L. Donoho Higher Criticism for authorship detection. P3, Galen Reeves and Yonina C. Eldar, Fundamental limits of compressed sensing under quantization. P2 and John C. Duchi, Mean estimation from one-bit measurements. P1, Stefano Rini and Andrea J. Goldsmith, Compress-and-estimate in indirect source coding. Journal publications J7, Andrea J. Goldsmith and Yonina C. Eldar, The distortion rate function of sampled Wiener Processes. IEEE Transactions on Information Theory, vol. Dec J6, Andrea J. Goldsmith and Yonina, C. Eldar, Fundamental distortion of analog to digital compression, IEEE Transactions on Information Theory, vol.64, Sept

4 J5, Yonina C. Eldar and Andrea J. Goldsmith, Analog-to-digital compression: a new paradigm for converting signals to bits, IEEE Signal Processing Magazine, vol.35, May 2018 J4, Andrea J. Goldsmith and Yonina, C. Eldar, Rate-distortion function of cyclostationary Gaussian processes, IEEE Transactions on Information Theory, vol.99, Aug J3, Andrea J. Goldsmith, Yonina, C. Eldar and Tsachy Weissman, Distortion rate function of sub-nyquist sampled Gaussian sources, IEEE Transactions on Information Theory, vol.62, Jan J2 Daniel Alpay and, Wiener chaos approach to optimal prediction, Numerical Functional Analysis and Optimization, vol.36, no. 10, pp , J1 Daniel Alpay and, A generalized white noise space approach to stochastic integration for a class of Gaussian stationary increment processes, Opuscula Mathematica vol.33.3, Book chapters BC1, Yonina C. Eldar and Andrea J. Goldsmith, An inforamtion theory apporach for analog-to-digital compression, in Information-theoretic methods in data science, Cambridge University Press (estimated publication year: 2019) Refereed conference publications C18 A. Kipnis, G. Reeves and Y. C. Eldar, Single letter formulas for quantized compressed sensing with Gaussian codebooks, International Symposium on Information Theory (ISIT), Vail, Jun C17 G. Murray, A. Kipnis and A. J. Goldsmith, Lossy compression of decimated Gaussian random walks, 52nd Annual Conference on Information Sciences and Systems (CISS), Mar C16 A. Kipnis and J. C. Duchi, Mean estimation from adaptive one-bit measurements, 55th Annual Allerton Conference on Communication, Control, and Computing, Illinois, Oct C15 A. Kipnis, G. Reeves, Y. C. Eldar and A. J. Goldsmith, Compressed sensing under optimal quantization, International Symposium on Information Theory (ISIT), Achen, Jun C14 A. Kipnis, S. Rini and A. J. Goldsmith, Coding theorems for the compress and estimate source coding problem, International Symposium on Information Theory (ISIT), Achen, Jun C13 A. Kipnis, A. J. Goldsmith and Y. C. Eldar, Information rates of sampled Wiener processes, International Symposium on Information Theory (ISIT), Barcelona, Jul C12 M. Rao, A. Kipnis, T. Javidi, Y. C. Eldar and A. J. Goldsmith, System identification from partial samples: non-asymptotic analysis, IEEE 55th Conference on Decision and Control (CDC), 2016 C11 R. Song, S. Rini, A. Kipnis and A. J. Goldsmith, Optimal rate-allocation in multiterminal compress-and-estimate source coding, Information theory workshop 2016, Cambridge, UK. 4

5 C10 A. Kipnis, A. J. Goldsmith and Y. C. Eldar, Information rates of sampled Wiener processes, International Symposium on Information Theory (ISIT), Barcelona, Jul C9 A. Kipnis, S. Rini and A. J. Goldsmith, Multiterminal compress-and-estimate source coding, International Symposium on Information Theory (ISIT), Barcelona, Jul C8 A. Kipnis, A. J. Goldsmith and Y. C. Eldar, Optimal trade-off between sampling rate and quantization precision in A/D conversion, 53rd Annual Allerton Conference on Communication, Control, and Computing, Illinois, Oct C7 A. Kipnis, S. Rini and A. J. Goldsmith, The indirect rate-distortion function of a binary i.i.d source, Information Theory Workshop (ITW) IEEE, Korea, Oct C6 M. Chowdhury, A. Kipnis and A. J. Goldsmith, Reliable uncoded communication in the quantized SIMO MAC, International Symposium on Information Theory (ISIT), Hong Kong, Jul C5 A. Kipnis, A. J. Goldsmith and Y. C. Eldar, Optimal trade-off between sampling rate and quantization precision in Sigma-Delta A/D conversion, International Conference on Sampling Theory and Applications (SampTA), Washington D.C., May C4 A. Kipnis, A. J. Goldsmith and Y. C. Eldar, Sub-Nyquist sampling achieves optimal ratedistortion, Information Theory Workshop (ITW) IEEE, Israel, Apr C3 A. Kipnis, A. J. Goldsmith and Y. C. Eldar, Rate-distortion function under sub-nyquist nonuniform sampling, 52st Annual Allerton Conference on Communication, Control, and Computing, Illinois, Oct C2 A. Kipnis., A. J. Goldsmith and Y. C. Eldar, Rate-distortion function of Gaussian Cyclostationary processes, International Symposium on Information Theory (ISIT) IEEE, Hawaii, Jul C1 A. Kipnis., A. J. Goldsmith, T. Weissman and Y. C. Eldar, Rate-distortion function of sub-nyquist sampled Gausian processes corrupted by noise, 51st Annual Allerton Conference on Communication, Control, and Computing, Illinois, Oct Invited Talks Information efficient data acquisition using analog-to-digital compression (keynote talk) T20 Banff International Research Stations (BIRS), Canada. A workshop on the Intersection of Information Theory and Signal Processing: New Signal Models, their Information Content and Acquisition Complexity 10/2018 Compressed sensing under optimal quantization T19 UC San Diego, Electrical & Computer Engineering Seminar 5/2018 T18 Tel-Aviv University, Electrical Engineering Seminar 3/2018 Fundamental distortion limits of analog-to-digital Compression T17 Duke University, Signal Processing/ECE Seminar 5/2017 T16 University of Maryland at College Park, Information Theory Seminar 3/2017 T15 Georgia Tech, Electrical & Computer Engineering Seminar 4/2016 T14 MIT, Research Laboratory of Electronics seminar 2/2016 From Brownian motion to bits (and back) T13 Chapman University, Mathematics, Signal Processing and Linear Systems: New Problems and Directions 11/2017 5

6 T12 Ben-Gurion University, Electrical & Computer Engineering Seminar, 12/2016 T11 Stanford University, Information Theory Forum 11/2016 Shannon meets Nyquist rate-distortion of sub-nyquist sampled processes T10 Santa Clara, Silicon Valley IEEE Signal Processing Society 11/2015 T9 Stanford University, Information Theory Forum 10/2015 T8 New York University, Electrical & Computer Engineering Seminar 8/2015 T7 Rutgers University, Electrical & Computer Engineering Seminar 8/2015 T6 Bell-Labs, NJ 8/2015 T5 Princeton University, Electrical Engineering seminar 7/2015 T4 Technion, Signal Processing Seminar 1/2014 T3 Tel-Aviv University, Signal Processing Seminar 1/2014 T2 Ben-Gurion University, Electrical & Computer Engineering Seminar 12/2013 Wiener chaos approach to optimal prediction T1 Mainz University, 10th German Probability and Statistics Days 3/2012 6