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28 Nov 2012: Syllabus. The official syllabus has its own page. More accurately, here is what we actually did in lectures and is considered examinable, with reference to CLRS3 and mentioning any book sections ... the latter set, be sure to select questions dealing

13 Jan 2012: Dr Richard Clayton: security economics (1 Feb). Dr Steven Murdoch: anonymity (3 Feb). ... Dr Sergei Skorobogatov: hardware security (24 Feb). Further resources. (Besides the "recommended reading" in the syllabus).

12 Nov 2012: beware of questions that are no longer in the syllabus.

1 May 2012: Note: The material of the syllabus and the ratio of (number of lectures) material is roughly correct but the ordering is a bit redone this year to meet a few issues

23 Feb 2012: The syllabus information given here is for guidance only and should not be considereddefinitive. ... Separate booklets give details of the syllabus for other Parts ofthe Computer Science Tripos.

24 Jan 2012: Course pages 2011–12. Computer Networking Hands-on material. While this subject has no formal practicals there is considerable merit in learning by doing. This page will contain material of a practical (hands-on) nature. Applets (from Pearson

1 Jun 2012: Course pages 2011–12. Artificial Intelligence I. Lecture notes: colour on black as used in lectures. Lecture notes: colour on white, full size. Lecture notes: colour on white, 4 slides per page. Errata for the lecture notes: errata. Further

10 Feb 2012: Course pages 2011–12. Prolog. Prolog tick information. The tick exercise PDF is available. The current authoritative version of this document carries "21st November 2011" on its first page. Before submitting, please check this web page to ensure

14 Feb 2012: Course pages 2011–12. Databases. 2012 Computer Laboratory, University of Cambridge. Information provided by Dr Ken Moody.

7 May 2012: Course pages 2011–12. Security I. Study materials. Slide show (not suitable for printing). Handout – 4 slides per side of A4. Largeprint version – 2 slides per side of A4. Related links. Paar/Pelzl: Understanding Cryptography – suggested