![Lattice points / Computational number theory / Matrix theory / Abstract algebra / Lattice problem / Lattice / Lenstra–Lenstra–Lovász lattice basis reduction algorithm / Vector space / Matrix / Algebra / Mathematics / Linear algebra Lattice points / Computational number theory / Matrix theory / Abstract algebra / Lattice problem / Lattice / Lenstra–Lenstra–Lovász lattice basis reduction algorithm / Vector space / Matrix / Algebra / Mathematics / Linear algebra](https://www.pdfsearch.io/img/6156a3037694b9f9c914fd3546d02dd2.jpg)
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City Bangalore / / Company GLn / Microsoft / / Country Jordan / India / / / Facility Computer Science The Hebrew University / / IndustryTerm memory-length look-ahead algorithm / suitable algorithm / cryptographic applications / cryptographic systems / approximation algorithm / dimensional / analogous positive algorithms / random matrix products / polynomial time algorithm / nonabelian / natural / lattice reduction algorithm / possible products / exhaustive search / random products / dynamical systems / approximation algorithms / maximal likelihood algorithm / / Organization National Science Foundation / Rutgers University / Hebrew University of Jerusalem / Lattice Rounding Evgeni Begelfor Department / / Person Peter Sarnak / Hillel Furstenberg / Ping-Pong Lemma / Akshay Venkatesh / Boaz Tsaban / Nathan Keller / Anthony Bloch / Adi Shamir / Stephen D. Miller / Evgeni Begelfor / / Position Traveling Salesman / / Technology encryption / analogous positive algorithms / following algorithm / public key / lattice reduction algorithm / polynomial time algorithm / approximation algorithm / 9 4 Maximum Likelihood Algorithms / suitable algorithm / LLL algorithm / approximation algorithms / private key / memory-length look-ahead algorithm / rounding algorithm / Public Key System / maximal likelihood algorithm / /
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