<--- Back to Details
First PageDocument Content
Cryptography / Mathematics / Algebra / Finite fields / Computational hardness assumptions / Integer factorization algorithms / Emerging technologies / Quantum computing / RSA / Euclidean algorithm / Quantum algorithm / XTR
Date: 2018-08-26 18:23:27
Cryptography
Mathematics
Algebra
Finite fields
Computational hardness assumptions
Integer factorization algorithms
Emerging technologies
Quantum computing
RSA
Euclidean algorithm
Quantum algorithm
XTR

Lecture 19, Thurs March 30: RSA and Shor’s Algorithm Today we’ll see Shor’s algorithm. Given a positive integer ​N​, which we’ll assume for simplicity is a product of two primes |​and , this algorithm lets

Add to Reading List

Source URL: www.scottaaronson.com

Download Document from Source Website

File Size: 614,35 KB

Share Document on Facebook

Similar Documents

SMOOTH NUMBERS AND THE QUADRATIC SIEVE Carl Pomerance When faced with a large number n to factor, what do you do first? You might say “Look at the last digit,” with the idea of cheaply pulling out possible factors of

SMOOTH NUMBERS AND THE QUADRATIC SIEVE Carl Pomerance When faced with a large number n to factor, what do you do first? You might say “Look at the last digit,” with the idea of cheaply pulling out possible factors of

DocID: 1rfno - View Document

Algorithms and Data Structures (WS15/16) Example Solutions for Unit 4 Problem 1 skipped

Algorithms and Data Structures (WS15/16) Example Solutions for Unit 4 Problem 1 skipped

DocID: 1rcMI - View Document

Integer factorization, part 1: the Q sieve Integer factorization, part 2: detecting smoothness D. J. Bernstein

Integer factorization, part 1: the Q sieve Integer factorization, part 2: detecting smoothness D. J. Bernstein

DocID: 1rcdq - View Document

Integer factorization, part 1: the Q sieve D. J. Bernstein Sieving small integers using primes:

Integer factorization, part 1: the Q sieve D. J. Bernstein Sieving small integers using primes:

DocID: 1r3fs - View Document

The Million-Key Question—Investigating the Origins of RSA Public Keys Petr Švenda, Matúš Nemec, Peter Sekan, Rudolf Kvašňovský, David Formánek, David Komárek, and Vashek Matyáš, Masaryk University https://www

The Million-Key Question—Investigating the Origins of RSA Public Keys Petr Švenda, Matúš Nemec, Peter Sekan, Rudolf Kvašňovský, David Formánek, David Komárek, and Vashek Matyáš, Masaryk University https://www

DocID: 1q9Fs - View Document