Jan 16, 2013 · In addition, we use the randomized iterate to show a construction of a pseudorandom generator based on an exponentially-hard one-way function ...

Fi- nally, we use the randomized iterate method to both simplify and strengthen previous results regarding efficient hardness amplification of regular one-way.

This work revisits a technique that we call the randomized iterate, introduced by Goldreich, Krawczyk, and Luby [SIAM J. Comput., 22 (1993), pp. 1163–1175].

Nov 19, 2005 · In this paper we address two fundamental problems in cryptography: constructing pseudorandom generators from one-way functions and transforming ...

This paper revisits a technique that we call the Randomized Iterate, introduced by Goldreich, et. al.[GKL93].

Aug 21, 2006 · In this paper we address two fundamental problems in cryptography: constructing pseudorandom generators from one-way functions and transforming ...

On the Power of the Randomized Iterate. Authors: Iftach Haitner · Danny Harnik · Omer Reingold. Download: DOI: 10.1007/11818175_2 (login may be required): URL ...

In this paper we address two fundamental problems in cryptography: construct- ing pseudorandom generators from one-way functions and transforming weak one-way ...

This paper revisits a technique that we call the Randomized Iterate, introduced by Goldreich, et. al.[GKL93]. This technique was used in to give a construction ...

May 19, 2020 · 1. At first, Range(X) is equal to Range(XXTX). Therefore, power iteration doesn't affect Range(X). By power iteration, we can extract relevant information.