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1
Intro
2
Notation
3
Set Theory
4
Modular Arithmetic
5
Identity element
6
Examples
7
Generators
8
Fields
9
Mathematical Operations
10
Elliptic Curve
11
Finite Set
12
Finite Group
13
Questions
14
Point Addition
15
Identity Elements
16
Constraints
17
Resources
Description:
Dive into the essential concepts of cryptography in this comprehensive 47-minute lecture covering topics such as set theory, modular arithmetic, finite groups, and elliptic curves. Explore mathematical operations, identity elements, generators, and fields while gaining insights into the foundations of modern cryptographic systems. Enhance your understanding of finite sets, point addition, and constraints in cryptography. Although not assessed in the module, this lecture provides valuable resources and addresses key questions in the field of cryptography.

Crypto Fundamentals

Bill Buchanan OBE
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