A. R. Calderbank / Publishers Inc / SIAM Journal / /
Country
United States / /
Currency
USD / / /
IndustryTerm
numerical linear algebra algorithms / wide-area web cache sharing protocol / signal processing / imaging / sub-linear algorithms / Near-optimal algorithm / linear time approximate algorithms / improved algorithms / faster algorithms / matrix-vector product / Internet Mathematics / data stream computing / recovery algorithms / /
Organization
MIT / /
Person
M. Muthukrishnan / S. Muthukrishnan / Kannan Ramchandran / Lixin Shi / Venkatesan Guruswami / Emmanuel J Candes / E. Porat / Rajeev Motwani / Michael T Goodrich / Jussara M. Almeida / S. Guha / Nir Ailon / John Langford / Badih Ghazi / Ravi Kumar / Jelani Nelson / A. Gilbert / Daniel Potts / Minos Garofalakis / Eric Price / Piotr Indyk / Mayank Bakshi / Dina Katabi / Michael W Mahoney / M. Strauss / Anirban Dasgupta / Stefan Kunis / Jeffrey D Ullman / Alex Smola / M. J. Strauss / P. Indyk / Yossi Matias / Hector Garcia-Molina / Mary Wootters / D. Katabi / Michael Mitzenmacher / Sabine Heider / Amir Shpilka / Haitham Hassanieh / Narayanan Shivakumar / Yuval Rabani / Terence Tao / Rachel Ward / Michael Veit / Sameer Pawar / Minghua Chen / Andrei Broder / Saar Cohen / Y. Li / James Petterson / Karl Wimmer / E. Price / H. Hassanieh / Li Fan / Daniel M Kane / G. Cormode / Kenneth L Clarkson / J. A. Tropp / Pei Cao / Huy L Nguy / Ameya Velingker / Y. Kotidis / Mahdi Cheraghchi / A. C. Gilbert / Xiangrui Meng / Edo Liberty / Vladimir Braverman / Andrei Z. Broder / Gideon Dror / Kilian Weinberger / Felix Krahmer / Rocco A. Servedio / Josh Attenberg / Sheng Cai / Donnell / M. Ruzic / Rafail Ostrovsky / Sidharth Jaggi / Wei Wang / P. Boufounos / V / Graham Cormode / George Varghese / Anna Gilbert / Cristian Estan / Min Fang / R. Vershynin / Bernard Chazelle / Ramesh Raskar / /
Position
General / Cao / /
ProvinceOrState
New York / /
PublishedMedium
Communications of the ACM / The Journal of Machine Learning Research / /
Sketching via Hashing: from Heavy Hitters to Compressive Sensing to Sparse Fourier Transform Piotr Indyk MIT