Media Summary: In this recitation/OH, we talk about the two problems on Homework : bounding the entropy of a funny random variable (and ... Pairwise independent, and more generally k-wise independent, The "Hardness vs. Randomness" paradigm, the statement of the Impagliazzo--Wigderson Theorem (BPP = P if, e.g., SAT requires ...

Pseudorandom Generators Cmu Lecture 12a - Detailed Analysis & Overview

In this recitation/OH, we talk about the two problems on Homework : bounding the entropy of a funny random variable (and ... Pairwise independent, and more generally k-wise independent, The "Hardness vs. Randomness" paradigm, the statement of the Impagliazzo--Wigderson Theorem (BPP = P if, e.g., SAT requires ... William Hoza (Simons Institute) Meet the Fellows Welcome Event. This work is about how finding efficient ways to stretch a small random string into a long string that cannot be distinguished from ... Also classic even more classic and simpler result of constructing

Paper by Boaz Barak and Zvika Brakerski and Ilan Komargodski and Pravesh K. Kothari, presented at Eurocrypt 2018.

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Pseudorandom Generators || @ CMU || Lecture 12a of CS Theory Toolkit
Entropy, and cryptographic pseudorandom generators || @ CMU || Recitation 12 of CS Theory Toolkit
Epsilon-biased Generators || @ CMU || Lecture 12d of CS Theory Toolkit
k-wise Independent Generators || @ CMU || Lecture 12c of CS Theory Toolkit
Pseudorandom Generators I
Pseudorandom Generators and Small-Space Derandomization
Impagliazzo--Wigderson, and Nisan's PRGs || @ CMU || Lecture 12b of CS Theory Toolkit
Pseudorandom Generators and Small-Space Derandomization
From One-Way Functions to Symmetric Key Encryption || @ CMU || Lecture 25c of CS Theory Toolkit
Pseudorandom Generators for Regular Branching Programs
Salil Vadhan - Pseudorandom Generators from One-Way Functions via Computational Entropy
Pseudorandom Generators IV
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Pseudorandom Generators || @ CMU || Lecture 12a of CS Theory Toolkit

Pseudorandom Generators || @ CMU || Lecture 12a of CS Theory Toolkit

The definition of

Entropy, and cryptographic pseudorandom generators || @ CMU || Recitation 12 of CS Theory Toolkit

Entropy, and cryptographic pseudorandom generators || @ CMU || Recitation 12 of CS Theory Toolkit

In this recitation/OH, we talk about the two problems on Homework #11: bounding the entropy of a funny random variable (and ...

Epsilon-biased Generators || @ CMU || Lecture 12d of CS Theory Toolkit

Epsilon-biased Generators || @ CMU || Lecture 12d of CS Theory Toolkit

ε-biased

k-wise Independent Generators || @ CMU || Lecture 12c of CS Theory Toolkit

k-wise Independent Generators || @ CMU || Lecture 12c of CS Theory Toolkit

Pairwise independent, and more generally k-wise independent,

Pseudorandom Generators I

Pseudorandom Generators I

Raghu Meka, UCLA https://simons.berkeley.edu/talks/

Pseudorandom Generators and Small-Space Derandomization

Pseudorandom Generators and Small-Space Derandomization

William Hoza (Simons Institute) https://simons.berkeley.edu/talks/

Impagliazzo--Wigderson, and Nisan's PRGs || @ CMU || Lecture 12b of CS Theory Toolkit

Impagliazzo--Wigderson, and Nisan's PRGs || @ CMU || Lecture 12b of CS Theory Toolkit

The "Hardness vs. Randomness" paradigm, the statement of the Impagliazzo--Wigderson Theorem (BPP = P if, e.g., SAT requires ...

Pseudorandom Generators and Small-Space Derandomization

Pseudorandom Generators and Small-Space Derandomization

William Hoza (Simons Institute) Meet the Fellows Welcome Event.

From One-Way Functions to Symmetric Key Encryption || @ CMU || Lecture 25c of CS Theory Toolkit

From One-Way Functions to Symmetric Key Encryption || @ CMU || Lecture 25c of CS Theory Toolkit

Definitions of cryptographic

Pseudorandom Generators for Regular Branching Programs

Pseudorandom Generators for Regular Branching Programs

This work is about how finding efficient ways to stretch a small random string into a long string that cannot be distinguished from ...

Salil Vadhan - Pseudorandom Generators from One-Way Functions via Computational Entropy

Salil Vadhan - Pseudorandom Generators from One-Way Functions via Computational Entropy

Also classic even more classic and simpler result of constructing

Pseudorandom Generators IV

Pseudorandom Generators IV

Raghu Meka, UCLA https://simons.berkeley.edu/talks/

Limits on Low-Degree Pseudorandom Generators (Or: Sum-of-Squares Meets Program Obfuscation)

Limits on Low-Degree Pseudorandom Generators (Or: Sum-of-Squares Meets Program Obfuscation)

Paper by Boaz Barak and Zvika Brakerski and Ilan Komargodski and Pravesh K. Kothari, presented at Eurocrypt 2018.