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Please register your feedback on this course at the Informatics Course Survey.
Demonstrator times: the course lecturer will be available in AT5.05 (the west computer lab on Level 5 of Appleton Tower) between 2pm and 4pm on Thursdays and Fridays to help with any problems with course material and coursework.
Note: There are no lab sessions on Thursday 19th and Friday 20th. Instead there will be lab sessions, in the usual place, between 2pm and 4pm on Tuesday 17th February and Monday 23rd February.
If you run into difficulties and are not making satisfactory progress then seek help. The earlier you ask for help the more likely it is that your problems can be solved without damaging your performance in the course. You can contact the lecturer using the details above. You can also ask questions on the course mailing list firstname.lastname@example.org.
Do not be ashamed of asking for help. This is a challenging course, which introduces you to novel techniques and skills. You are expected to learn them during the course, not to come already equipped with them.
Lectures are held at 16.10-17.00 in Semester 2 on Tuesdays and Fridays in Lecture Theatre 3 of 7 Bristo Square.
The first lecture is on Tuesday 13th January 2015.
Note that there are no lecture notes for the course. Instead, recommended reading is associated with each lecture. This reading is usually from:
There will be one lecture on each of the coursework assignments to provide some general information and background. Note: These lectures do not necessarily coincide with the hand-out dates for the assignment sheets. Students should start work on their courseworks as soon as they are handed out rather than wait for the lectures, if these come later on.
Please note: At any point of the course, the future schedule gives a strong indication of the topics to be covered. However, some details might change.
|1||Tue 13th Jan 2015||1. Introduction||Bundy, Ch. 1
[background] The Univalent Foundations presentation by Vladimir Voevodsky.
|Fri 16th Jan 2015||2. Propositional Logic and Natural Deduction
|H&R Sec 1.1, 1.2, 1.3, start of 1.4
[background] Wadler's Propositions as Types
|2||Tue 20th Jan 2015||3. Natural Deduction and Starting with Isabelle
|H&R Sec 1.2, 1.4
Getting Started with Isabelle
Sec 5.1-5.7 of Tutorial on Isabelle/HOL
Prop.thy Isabelle theory file
|Fri 23rd Jan 2015||4. Propositional Reasoning in Isabelle
Sec 5.1-5.7 of Tutorial
[background] Pollack's How to Believe a Machine-Checked Proof
[background] How do they verify a verifier of formalized proofs?
|3||Tue 27th Jan 2015||5. First-order Logic
H&R Secs 2.1-2.4
FOL.thy Isabelle theory file
[background] Logitext - an interactive L-system FOL prover
|Fri 30th Jan 2015||6. Representation & Introduction to HOL
|Bundy Ch. 4|
|4||Tue 3rd Feb 2015||7. Coursework 1: Proving and Reasoning in Isabelle/HOL
— Coursework description
— Coursework theory file
[background] Some Theorems on Deducibility: the original paper on quantifier elimination for DLOs, from 1927.
[background] Linear Quantifier Elimination contains a more efficient QE procedure for DLOs (and linear arithmetic).
|Fri 6th Feb 2015||8. Unification
|Bundy 17.1 - 17.4
[background] Unification theory -- a survey of the state of the art from 2001.
|5||Tue 10th Feb 2015||9. Rewriting
|Bundy Ch. 9|
|Fri 13th Feb 2015||10. Inductive proofs (in Isabelle)
|Bundy Ch. 11
[background] Productive Use of Failure in Inductive Proof
|Tue 16th Feb 2015||Innovative Learning Week (no lecture)|
|Fri 20th Feb 2015||Innovative Learning Week (no lecture)|
|6||Tue 24th Feb 2015||11. Introduction to Model checking and Linear Temporal Logic||H&R Sections 3.1, 3.2|
|Fri 27th Feb 2015||12. Linear Temporal Logic, continued||H&R Section 3.2|
|7||Tue 3rd Mar 2015||13. The NuSMV model checker
— Coursework Description
|H&R Section 3.3
NuSMV Start-up Guide
|Fri 6th Mar 2015||14. Coursework 2
— Coursework Description (same as above)
|8||Tue 10th Mar 2015||15. Computation Tree Logic||H&R Sections 3.4, 3.5, 3.6.1, and 3.7|
|Fri 13th Mar 2015||16. LTL Model Checking Idea
|H&R Sections 3.6.2 and 3.6.3|
|9||Tue 17th Mar 2015||17. Guest Lecture: Brian Campbell "Automated Reasoning for Testing Specifications and Programs"||
The CATG Java concolic tester
Randomised testing of a microprocessor model using SMT-solver state generation
Poster about Microsoft's SAGE tool
|Fri 20th Mar 2015||18. Introduction to Binary Decision Diagrams (BDDs)||H&R Section 6.1
[background] Improving the variable ordering of OBDDs is NP-complete.
[background] An Introduction to Binary Decision Diagrams by Henrik Reif Andersen.
|10||Tue 23rd Mar 2015||19. Operations on BDDs, and Implementing CTL||H&R Sections 6.2, 6.3|
|Fri 27th Mar 2015||20. Guest Lecture: Phil Scott "Formalising the Foundations of Geometry"|
|11||Tue 31st Mar 2015||21. Exam Review||
Older (contain material not in the current course):
|Fri 3rd Apr 2015||22. No Lecture|
There are two pieces of software that we will be using for this course.
The Isabelle2013-2 theorem prover. This is a release behind the current version (Isabelle2014). Isabelle should be installable on your own computer by following the instructions on the linked webpage.
To run Isabelle on the DICE machines in the labs, run one of the following two commands from the terminal:
The first command will start the Emacs/Proofgeneral interface. The second command will start the JEdit interface.
More information about using Isabelle is available in the Isabelle Startup Guide.
There is also a Cheat sheet listing common Isabelle proof commands and rules.
There will be two items of assessed coursework for this course, both of which count for 20% of the overall mark (the other 60% is assessed by exam).
The dates for the coursework are as follows:
The first coursework overlaps with Innovative Learning Week, which accounts for the longer elapsed time between hand out and deadline.
The first coursework was handed out on 3rd February 2015. The deadline is 2pm, Friday 27th February 2015.
The second coursework was handed out on 3rd March 2015. The deadline is 2pm, Friday 20th March 2015.
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