An Intensive Introduction to Cryptography

Boaz Barak

Work in progress

These are lecture notes for lecture notes for an introductory but fast-paced undergraduate/beginning graduate course on cryptography. I am using these notes for Harvard CS 127.

You can also download all lecture notes in a single PDF file.

If you have any comments, suggestions, typo fixes, etc.. I would be very grateful if you post them as an issue or pull request in the GitHub repository where I am maintaining the source files for these notes.

Book chapters

• Chapter p: Foreword and Syllabus (PDF: best formatting , Word: buggy)
• Chapter 0: Mathematical Background (PDF: best formatting , Word: buggy)
• Chapter 1: Introduction (PDF: best formatting , Word: buggy)
• Chapter 2: Computational Security (PDF: best formatting , Word: buggy)
• Chapter 3: Pseudorandomness (PDF: best formatting , Word: buggy)
• Chapter 4: Pseudorandom functions (PDF: best formatting , Word: buggy)
• Chapter 5: Pseudorandom functions from pseudorandom generators (PDF: best formatting , Word: buggy)
• Chapter 6: Chosen Ciphertext Security (PDF: best formatting , Word: buggy)
• Chapter 7: Hash functions and random oracles (PDF: best formatting , Word: buggy)
• Chapter 8: Key derivation, protecting passwords, slow hashes, Merkle trees (PDF: best formatting , Word: buggy)
• Chapter 9: Private key crypto recap (PDF: best formatting , Word: buggy)
• Chapter 10: Public key cryptography (PDF: best formatting , Word: buggy)
• Chapter 11: Concrete candidates for public key crypto (PDF: best formatting , Word: buggy)
• Chapter 12: Lattice based cryptography (PDF: best formatting , Word: buggy)
• Chapter 13: Chosen ciphertext security for public key encryption (PDF: best formatting , Word: buggy)
• Chapter 14: Establishing secure connections over insecure channels (PDF: best formatting , Word: buggy)
• Chapter 15: Zero knowledge proofs (PDF: best formatting , Word: buggy)
• Chapter 16: Fully homomorphic encryption: Introduction and bootstrapping (PDF: best formatting , Word: buggy)
• Chapter 17: Fully homomorphic encryption : Construction (PDF: best formatting , Word: buggy)
• Chapter 18: Multiparty secure computation I: Definition and Honest-But-Curious to Malicious complier (PDF: best formatting , Word: buggy)
• Chapter 19: Multiparty secure computation: Construction using Fully Homomorphic Encryption (PDF: best formatting , Word: buggy)
• Chapter 20: Quantum computing and cryptography I (PDF: best formatting , Word: buggy)
• Chapter 21: Quantum computing and cryptography II (PDF: best formatting , Word: buggy)
• Chapter 22: Software Obfuscation (PDF: best formatting , Word: buggy)
• Chapter 23: More obfuscation, exotic encryptions (PDF: best formatting , Word: buggy)
• Chapter 24: Anonymous communication (PDF: best formatting , Word: buggy)
• Chapter 25: Ethical, moral, and policy dimensions to cryptography (PDF: best formatting , Word: buggy)
• Chapter 26: Course recap (PDF: best formatting , Word: buggy)

Compiled on 02/21/2020 22:43:21

Copyright 2019, Boaz Barak.
This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.

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