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Jan 10.
Introduction.
| Class information, and introduction to computer security. | Porject
Ethics Summary Reports due Jan. 21
Introduction
Basic concepts |
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Jan 12-14.
Cryptography Review
| (crash course) on symmetric-key encryption, message authentication codes, hash functions, public-key encryption, and digital signatures. | crypto1
crypto2 |
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Jan 16-20.
Security Issues with Network Protocols
| Security issues at Link, IP and TCP layers; routing and DNS vulnerabilities; attacks and solutions. | netsec1
netsec2
netsec3 |
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Jan 24-28.
Firewalls, IDS.
| Different types of firewalls, and Intrusion Detection Systems; what they do and do not achieve | netsec4
netsec5
netsec6 |
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Jan 31-Feb 2.
Denial of Service.
| DoS at different layers, detection, prevention, and source identification. | netsec7
netsec8 |
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Feb 4-16
Web security.
| HTTP authentication; cookies, privacy and authentication; same-origin policy, frame communication and navigation; web attacks (XSS, CSRF, SQL injection, etc); SSL, HTTPs and related issues. | websec1
websec2-3
HW1
websec4-5
websec6-7
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Feb 18
Spam
| | spam
|
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Feb 28- Mar 2
RFID Security
| Privacy, cloning, authentication, PUFs, etc. | rfid1
rfid2
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Mar 4
Smart grid Security
| Guest Lecture by Andrew Ginter | smart-grid
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Mar 7-18
Network Security Protocols
| IPSec, SSL, Kerberos, Wireless: WPES, WPA, ... | ipsec1-2
tls
hw2
Q5-file
wireless
kerberos
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Mar 21-25
Cloud Security
| Guest Lectures by Kris Narayan |
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Mar 28-30
Anonymous Networks
| Anonymity, Mixed networks, Onion Routing, Tor, ... |
Mix-net
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Apr 4-15
Project Presentations
| | |
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Final Exam
| | Final |