Public Key Cryptography 101: Essential Concepts Explained π
Dive into Lecture #3 of our series on lattices and cryptography, where Joseph H. Silverman introduces the fundamentals of public key cryptography and its role in secure communications.

IAS | PCMI Park City Mathematics Institute
562 views β’ Jul 26, 2022

About this video
Series of lectures on the Introduction to Lattices, Lattice Reduction, and Lattice-Based Cryptography. Lecture #3: Public Key Cryptography 101: A Brief Introduction
A lattice is a discrete subgroup of R^n. We will discuss the theory of lattices and describe how they have been used to construct practical public key cryptosystems and digital signature schemes that are, at least presently, secure against attacks by quantum computers.
Lecture #1: Lattices and Hard Lattice Problems.
Lecture #2: Lattice Reduction: Solving(?) Hard Lattice Problems.
Lecture #3: Public Key Cryptography 101: A Brief Introduction.
Lecture #4: Lattice-Based Public Key Cryptosystems.
Lecture #5: Lattice-Based Digital Signatures and Rejection Sampling.
For more information, visit https://pcmi.ias.edu
A lattice is a discrete subgroup of R^n. We will discuss the theory of lattices and describe how they have been used to construct practical public key cryptosystems and digital signature schemes that are, at least presently, secure against attacks by quantum computers.
Lecture #1: Lattices and Hard Lattice Problems.
Lecture #2: Lattice Reduction: Solving(?) Hard Lattice Problems.
Lecture #3: Public Key Cryptography 101: A Brief Introduction.
Lecture #4: Lattice-Based Public Key Cryptosystems.
Lecture #5: Lattice-Based Digital Signatures and Rejection Sampling.
For more information, visit https://pcmi.ias.edu
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Views
562
Duration
23:46
Published
Jul 26, 2022
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