DATE	LECTURE
1/28	Introduction Handouts: Protection (Not required reading, but may be a useful reference) ,   Why chosen ciphertext security matters.
2/4	Building systems with cryptography Read: Password authentication,   Client Authentication on the Web,   Prudent Engineering Practice (PS version).
2/11	Guest Lecture Read: Bidirectionally-secure Cryptosystems (draft),   Forward-secure signature scheme. Handouts: What if you lose your laptop?,   Remotely keyed encryption,   Devices Resilient to Capture. NYU add/drop deadline
2/18	President's Day
2/25	Key management & User authentication Read: Certificate Chain Discovery,   Kerberos,   Self-certifying file system.
3/4	Information flow & Mandatory Access Control Read: Orange book (skim this),   JIF,   VMM security kernel.
3/11	Spring Break
3/18	Secure operating systems/Midterm review Read:   TAOS,   flask.
3/25	Midterm Exam Worms and viruses Read: Trusting trust
4/1	Software Checking Read: Time of check to time of use bugs,   Detection of buffer overruns,   Inferring errors in systems code.
4/8	Safety Read: Software fault isolation,   Proof carrying code,   Security Architectures for Java,   Java security.
4/15	Dealing with compromise Read: Detecting network intruders,   Byzantine fault tolerance,   SFSRO.
4/22	Network Security Read: TCP attack,   DNS attack,   Packet filtering,   Denial of service.
4/29	Anonymity and Privacy Read: Crowds,   nym.alias.net,   ...
5/6	Other System Failures/Final review Read: Why Cryptosystems Fail,   SSH timing,   ...
5/13	Final Exam