Daniel Keren (Danny Keren)
NOTE NEW E-mail: dkeren (AT SIGN HERE) ds.haifa.ac.il
ICDE 2021 : "A Distance-Based Scheme for Reducing Bandwidth
in Distributed Geometric Monitoring", Yuval Alfassi, Moshe Gabel, Gal Yehdua, Daniel Keren.
Sensors 2022 : "The non-Tightness of a Convex Relaxation to Rotation Recovery", Yuval Alfassi, Daniel Keren, Bruce Reznick.
Entropy 2022 : "Communication Efficient Algorithms for Bounding and Approximating the
Empirical Entropy in Distributed Systems", Amit Shahar, Yuval Alfassi, Daniel Keren.
Sensors 2023 : "A Fast and Reliable Solution to PnP, Using Polynomial Homogeneity and a Theorem of Hilbert", Daniel Keren, Margarita Osadchy, Amit Shahar.
arXiv 2023: "Geometric Covering Using Random Fields", Felipe Goncalves, Daniel Keren, Amit Shahar, Gal Yehuda.
ICRA 2024 : "Efficient Polynomial Sum-Of-Squares Programming for Planar Robotic Arms", Daniel Keren, Amit Shahar, Roi Poranne.
arXiv 2024 : "A practical, fast method for solving sum-of-squares problems for very large polynomials", Daniel Keren, Margarita Osadchy, Roi Poranne.
Address:
Department of Computer Science
Haifa University
Haifa 31905 Israel
Office: (972) 4-824-9730,
Fax: (972) 4-824-9331
NOTE NEW E-mail: dkeren (AT SIGN HERE) ds.haifa.ac.il
Main areas of interest
Analyzing and monitoring large data streams, especially in a distributed setting.
Data classification, learning over big data, Bayesian analysis,
and regularization.
Anything related to applications of polynomials in computer science.
And a little physics (in which I have a passionate but amateurish interest)
My slides on quantum mechanics (pdf, 276 pages), comments welcome.
A paper on applying path integral methods for probabilistic analysis
of pattern matching.
A paper in "Journal of Physics A"
on the uncertainty in regularized solutions.
A paper on approximating the harmonic oscillator path integral.