Winter Semester 2016
First Lecture: 6.10.2016
Lecture: Thursday, 8:30 - 10:00, S2 219
This lecture is a course in the Computer Science Master.
Teaching language is English.
This is version 2016.1.
[ mcslides.pdf ]
We will upate the slides during the semester and they are not considered to be complete until the end of the semester.
McRaceTrack model checker published.
A. Biere. Tutorial on Model
Checking, Modelling and Verification in Computer Science.
V. D'Silva, D. Kröning, Daniel and G. Weissenbacher.
Model Checking: Algorithmic Verification and Debugging. Communications of the ACM, November 2009.
Predicate abstraction checks for simple example on the slides in SMT2 syntax: pred0.smt, pred1.smt, pred2.smt, pred3.smt, pred4.smt, pred5.smt. All should be 'sat', except for the last one pred5.smt, where we assume i != INT_MAX. The check pred2.smt actually shows, that we would need "b = *;" instead of "if (b) b = *;" if we consider bit-precise reasoning (so 32 bit 2-complement int and not integers).
Our award winning SMT solver Boolector.
Z3 SMT solver with source code.
New genbprbsrch.sh script for generating SMT2 bit-vector formulas for bit-precise reasoning about binary search.
The McRaceTrack model checker is used to explain and motivate the part on explicit state model checking.
SPIN Model Checker. The Primer and Reference Manual. G. Holzmann, Addison Wesley, 2004.
Space/time trade-offs in hash coding with allowable errors. B. Bloom, Communications of the ACM 13 (7), 1970.
Model Checking. E. Clarke, O. Grumberg, D. Peled. MIT press, 2000.
Modal and Temporal Properties of Processes. C. Stirling. Springer, 2001.
FSMCalc: Finite State Machine Calculator, Leopold Haller, JKU, 2006.
ElSim: elevator simulation.
Boolean satisfiability. From theoretical hardness to practical success. Communications of the ACM, August 2009.
R. Brummayer, A. Biere. Local Two-Level And-Inverter Graph Minimization without Blowup. In Proc. 2nd Doctoral Workshop on Mathematical and Engineering Methods in Computer Science (MEMICS'06), Mikulov, Czechia, October 2006.
C32SAT is a satisfiability checker for boolean C expressions. It can check whether they can be satisfied, are tautological, or can potentially be undefined according to the C99 standard.