GitHub - cpeikert/TheoryOfCryptography: Lecture notes for Chris Peikert's graduate-level Theory of Cryptography course

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These are lecture notes from my graduate-level Theory of Cryptography
course taught at Georgia Tech and University of Michigan.

Feedback (or even better, pull requests) welcome!

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Lecture notes for Chris Peikert's graduate-level Theory of Cryptography course

cryptography graduate-course lecture-notes

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Name		Name	Last commit message	Last commit date
Latest commit History 83 Commits
.github/workflows		.github/workflows
src		src
.gitignore		.gitignore
README		README
lec01 - Overview and Perfect Secrecy.pdf		lec01 - Overview and Perfect Secrecy.pdf
lec02 - Computational Hardness.pdf		lec02 - Computational Hardness.pdf
lec03 - One-Way Functions and Hardness Amplification.pdf		lec03 - One-Way Functions and Hardness Amplification.pdf
lec04 - Number Theory and OWFs.pdf		lec04 - Number Theory and OWFs.pdf
lec05 - Indistinguishability and Pseudorandomness.pdf		lec05 - Indistinguishability and Pseudorandomness.pdf
lec06 - PRG Expansion and Blum-Micali.pdf		lec06 - PRG Expansion and Blum-Micali.pdf
lec08 - Pseudorandom Functions.pdf		lec08 - Pseudorandom Functions.pdf
lec09 - Pseudorandom Permutations and Symmetric Encryption.pdf		lec09 - Pseudorandom Permutations and Symmetric Encryption.pdf
lec10 - Asymmetric Encryption.pdf		lec10 - Asymmetric Encryption.pdf
lec11 - Message Authentication.pdf		lec11 - Message Authentication.pdf
lec12 - Chosen-Ciphertext Attacks and Digital Signatures.pdf		lec12 - Chosen-Ciphertext Attacks and Digital Signatures.pdf
lec13 - Many-Time Digital Signatures.pdf		lec13 - Many-Time Digital Signatures.pdf
lec14 - Random Oracles and Signatures.pdf		lec14 - Random Oracles and Signatures.pdf
lec15 - Zero Knowledge and Interactive Proofs.pdf		lec15 - Zero Knowledge and Interactive Proofs.pdf
lec16 - Zero-Knowledge Proofs.pdf		lec16 - Zero-Knowledge Proofs.pdf
lec17 - Zero Knowledge for NP.pdf		lec17 - Zero Knowledge for NP.pdf
lec18 - Proofs of Knowledge.pdf		lec18 - Proofs of Knowledge.pdf
lec20 - Secure Two-Party Computation.pdf		lec20 - Secure Two-Party Computation.pdf
lec21 - Identity-Based Encryption.pdf		lec21 - Identity-Based Encryption.pdf

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