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Lectures Schedule

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Category 1: Foundational Aspects of SAT/SMT Solvers

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Category 2: Description of SAT/SMT Solvers with tight focus on an application

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Category 3: Description of tools using SAT/SMT Solvers

Each lecture lasts one hour (1:00) for single speaker, and one hour fifteen minutes (1:15) for dual speakers.

Sunday, June 12, special schedule

Time

08:30-09:30

09:30-10:00

10:00-11:00

11:00-11:30

11:30-12:30

12:30-14:00

14:00-15:00

15:15-16:15

16:15-16:45

16:45-17:45

Sunday 12

Welcome coffee

Opening Remarks by Vijay Ganesh

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Introduction to Satisfiability Solving with Practical Applications (Niklas Een)

Coffee break

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SMT Theory and DPLL(T) (Albert Oliveras)

Lunch

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SAT Solvers for Formal Verification (Ed Clarke)

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SMT-LIB Initiative (Cesare Tinelli)

Coffee break

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Constraint Solving Challenges in Dynamic Symbolic Execution (Cristian Cadar)

Monday, June 13 to Friday, June 17, regular schedule

Time

Welcome to the First International SAT/SMT Summer School 2011

Class Website on MIT Stellar Course Site

Lectures Schedule

00 :45

Time

Sunday 12

Monday 13

Tuesday 14

Wed. 15

Thursday 16

Friday 17

08:30-09:30

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The P vs. NP Question and Gödel's Lost Letter (Richard Lipton)
Independence Results for the P vs. NP Question (Shai Ben David)

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SAT Based Design Debugging
TBA
(Sharad Malik)

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Calculus of Data Structures for Verification & Synthesis (Ruzica Piskac)

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Complexity Theoretic Aspects of the Boolean SAT Problem
SAT solving in AI (Henry Kautz)

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Proof Complexity and Complexity of SAT Solvers (Sam Buss)

09:30-10h00 :45-10:45

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HAMPI: A Solver for String Theories (Vijay Ganesh)

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Yices and Applications (Bruno Dutertre)

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Approaches to Parallel SAT Solving (Youssef Hamadi)

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Sketching: Program Synthesis using SAT Solvers (Armando Solar-Lezama)

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Harnessing SMT power using the verification engine Boogie (Rustan Leino)

10:45-11:15 Coffee break

Coffee break

Coffee break

Coffee break

Coffee break

Coffee break

10 11:0015-11:00 12:30

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Foundations of Modern CDCL SAT Solver Implementation (Niklas Een)
Modern SMT Solver Implementation (Leonardo De Moura& Nikolaj Bjorner)

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BitBlaze & WebBlaze: Tools for computer security using SMT Solvers (Dawn Song & Prateek Saxena)

Approaches to Parallel SAT Solving (Youssef Hamadi)

HAVOC: SMT solvers for precise and scalable reasoning of programs

Harnessing SMT power using the verification engine Boogie

11:15-12:15

Klee: An SMT Solver-based Dynamic Symbolic Testing Tool (Cristian Cadar)

HAMPI: A Solver for String Theories (Vijay Ganesh)

Yices and Applications

Alloy/Kodkod and Applications (Emina Torlak)

OpenSMT and Applications

MathSAT and Applications

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UCLID's Elements: Term-Level Verification and SMT Solving (Randy Bryant & Sanjit Seshia)

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MathSAT and Applications (Alessandro Cimatti)

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HAVOC: SMT solvers for precise and scalable reasoning of programs (Shuvendu Lahiri & Shaz Qadeer)

12-30 12:15-14:00

Lunch

Lunch

Lunch

Lunch

Lunch Lunch

14:00-15:00

14:00-15:

15

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Parallel and Selective Symbolic Execution (George Candea & Stefan Bucur)

SAT Solvers for Formal Verification (Ed Clarke)

Calculus of Data Structures for Verification and Synthesis (Viktor Kuncak)

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SAT-based Model-Checking (Armin Biere)

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MaxSAT for Optimization Problems (Joao Marques-Silva)

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Liquid Types: SMT Solver-based Types
Empirical Complexity (Holger Hoos
(Ranjit Jhala)

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Non-DPLL Approaches to Boolean SAT Solving (Bart Selman & Carla Gomes)

15:15-16:15

15:30-16:30

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SMT-LIB Initiative (Cesare Tinelli)
CVC3 and Applications (Clark Barrett)

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CryptoMiniSat -- A Rough Guide
CryptoMiniSAT: A SAT Solver for Cryptography
(Mate Soos)

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SAT4J: pseudo-boolean optimization & dependency management problems

UCLID and Applications

(Daniel Le Berre)

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Alloy/Kodkod and Applications (Emina Torlak)

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SMT Solver-based Compiler Optimization Verification (Sorin Lerner)

16:15-16:45

16:30-17:00 Coffee break
Coffee break

Coffee break

Coffee break

Coffee break

Coffee break

16:45-17h45/18:00

17

:00-18:00

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SMT Theory and DPLL(T) (Albert Oliveras)
CEGAR+SMT: Formal Verification of Control Logic in the Reveal System (Karem Sakallah)

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SAGE: Automated Whitebox Fuzzing using SMT solvers

Parallelized Software Testing at Scale using SMT Solvers

Sketching: Program Synthesis using SAT Solvers (Armando Solar-Lezama)

Non-DPLL Approaches to Boolean SAT Solving

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(Patrice Godefroid & David Molnar)

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SAT Solving and Complexity Theory (Ryan Williams)

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OpenSMT and Applications (Roberto Bruttomesso & Natasha Sharygina)

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Symbolic Execution and Automated Exploit Generation (David Brumley)

Class Website on MIT Stellar Course Site

UCLID's Elements: Term-Level Verification and SMT Solving

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