|
Class
|
Topic
|
Material
|
|
1
|
Introduction
|
Introduction: What is Computer Security. LINK
|
|
2
|
Introduction
|
Introduction:
Confidentiality, Integrity, Availability
LINK
|
|
3
|
Introduction
|
Introduction:
Design principles for Computer Security
LINK
|
|
4
|
Introduction
|
Introduction: Computer Criminals LINK
|
|
5
|
Protection in general purpose Operating
Systems
|
Entity Authentication
LINK
|
|
6
|
Access Controls
|
Usernames/Passwords, attacks LINK
|
|
7
|
Access Controls
|
Cryptographic
protection, one-way functions LINK
|
|
8
|
Cryptography: an
introduction
|
Encryption,
Kerchoffs law,
Symmetric key encryption, stream ciphers & block ciphers LINK
|
|
9
|
Cryptography: an
introduction
|
DES,
modes of operation, AES LINK
|
|
10
|
Cryptography: an
introduction
|
Public
Key Cryptosystems: DH, RSA and ElGamal LINK
|
|
11
|
Cryptography: an
introduction
|
Public
Key Cryptosystems: Digital Signatures, RSA, ElGamal and DSS LINK
|
|
12
|
Access Control
|
Access Control LINK
|
|
13
|
Access Control
|
Access Control LINK
|
|
14
|
Access Control
|
Access Control LINK
|
|
15
|
Security Models
|
State
Machine models, The Bell-LaPadula model LINK
|
|
16
|
Security Models
|
The
Harrison-Ruzzo-Ullman model, The Chinese Wall
model LINK
|
|
17
|
Security Models
|
The Biba model, The Clark Wilson model LINK
|
|
18
|
Security Models
|
The
Information Flow model LINK
|
|
19
|
The Security
Kernel
|
Rational,
Operating system, Integrity LINK
|
|
20
|
The Security
Kernel
|
Hardware
security features, Reference Monitor
LINK
|
|
21
|
Distributed
Systems
|
Introduction, Authentication, Kerberos LINK
|
|
22
|
Distributed
Systems
|
Kerberos, Security APIs
LINK
|
|
23
|
Distributed
Systems
|
CORBA Security LINK
|
|
24
|
WWW Security
|
Background,
Browsers, CGI Scripts, Cookies LINK
|
|
25
|
WWW Security
|
Certified
code, the Sandbox, Intellectual Property Protection LINK
|
|
26
|
Cryptography
|
Introduction,
Cryptographic Mechanisms, Key establishment protocols LINK
|
|
27
|
Cryptography
|
Certificates,
strength of mechanisms LINK
|
|
28
|
Network Security
|
Introduction
TCP/IP Security LINK
|
|
29
|
Network Security
|
Network boundaries, Firewalls LINK
|
|
30
|
Legal and Ethical
issues
|
Legal
and Ethical issues LINK
|
|
|
Final Exam
|
Monday, December
7, 7:30 - 9:30AM.
|