commit 0d6b7393784a3a0932493960c9a6287159966c75
parent 1a901984e1af00927f18c7a6c1196d3a90d6eb54
Author: AndrewLockVI <andrew@laack.co>
Date: Mon, 17 Feb 2025 16:36:20 -0600
Added comp. sec notes
Diffstat:
3 files changed, 17 insertions(+), 19 deletions(-)
diff --git a/docs/ChineseRemainderTheorem.md b/docs/ChineseRemainderTheorem.md
@@ -4,6 +4,4 @@
**Chapter:** 2.7
-
-
**Definition:** The Chinese Remainder Theorem states...
diff --git a/docs/ComputerSecurity.md b/docs/ComputerSecurity.md
@@ -2,11 +2,9 @@
Main index for notes related to CSCI 370, Computer Security
-
-
## Chapter 1 - Background
-##### 1.1 - Cyber, info, network sec
+### 1.1 - Cyber, info, network sec
- [Cybersecurity](Cybersecurity.md)
- [Information Security](InformationSecurity.md)
@@ -17,27 +15,27 @@ Main index for notes related to CSCI 370, Computer Security
- [Availability](Availability.md)
- [Non Repudation](NonRepudation.md)
-##### 1.2 - OSI Security Architecture
+### 1.2 - OSI Security Architecture
- [OSI](OSI.md)
-##### 1.3 - Security Attacks
+### 1.3 - Security Attacks
- [Passive Attacks](PassiveAttacks.md)
- [Active Attacks](ActiveAttacks.md)
-##### 1.4 - Security Services (ways to support requirements of CIA triad)
+### 1.4 - Security Services (ways to support requirements of CIA triad)
- [Authentication](Authentication.md)
- [Non Repudation](NonRepudation.md)
- [Integrity](Integrity.md)
- [Availability](Availability.md)
-##### 1.5 - Security Mechanisms
+### 1.5 - Security Mechanisms
- [Integrity](Integrity.md)
-##### 1.6 - Cryptography
+### 1.6 - Cryptography
- [Cryptography](Cryptography.md)
- [Keyless](Keyless.md)
@@ -45,37 +43,41 @@ Main index for notes related to CSCI 370, Computer Security
- [Two Key](TwoKey.md)
- [Digital Signature](DigitalSignature.md)
-##### 1.8 - Trust
+### 1.8 - Trust
- [Trust](Trust.md)
## Chapter 2: Introduction to Number Theory
-##### 2.1 - Divisibility and The Division Algorithm
+### 2.1 - Divisibility and The Division Algorithm
- [Division Rules](DivisionRules.md)
- [Division Algorithm](DivisionAlgorithm.md)
- [Relatively Prime](RelativelyPrime.md)
-##### 2.2 - The Euclidean Algorithm
+### 2.2 - The Euclidean Algorithm
- [Euclidean Algorithm](EuclideanAlgorithm.md)
- [GCD](GCD.md)
-##### 2.5 - Fermat's and Euler's Theorems
+### 2.5 - Fermat's and Euler's Theorems
- [Fermats Theorem](FermatsTheorem.md)
- [Eulers Totient Function](EulersTotientFunction.md)
- [Eulers Theorem](EulersTheorem.md)
-##### 2.6 - Primality Tests
+### 2.6 - Primality Tests
- [Miller Rabin Algorithm](MillerRabinAlgorithm.md)
-##### 2.7 - Chinese Remainder Theorem
+### 2.7 - Chinese Remainder Theorem
- [Chinese Remainder Theorem](ChineseRemainderTheorem.md)
-##### 2.8 - Discrete Logarithms
+### 2.8 - Discrete Logarithms
- [Primitive Roots](PrimitiveRoots.md)
+
+### 3.1 - Symmetric Cipher Model
+
+- [Single Key](SingleKey.md)
diff --git a/docs/Symmetric.md b/docs/Symmetric.md
@@ -2,8 +2,6 @@
Ch 9.1
-
-
**Definition:** A symmetric relation is a relation such that if xRy then yRx for all (x,y).
For a symmetric relation to imply it is reflexive, the domain and the codomain must be the same.
