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h1. Opening Remarks by Vijay Ganesh |
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In the last 15 years, starting the mid 1990s to today, SAT/SMT |
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This summer school aims at unpacking the collective knowledge on SAT/SMT solvers, their applications, and theoretical foundations for researchers as diverse as professors and graduate students in software engineering to hackers.The aims of the summer school include:
- To be a marketplace of ideas for SAT/SMT solver developers and power users
- Connect new power users with established users and solver developers
- Connect complexity theorists with practitioners
- Connect researchers in non-CDCL approaches (e.g., Physics inspired) with researchers in CDCL-based approaches to SAT
- Encourage discussion on solvers for multicores, solver-based programming languages and empirical complexity
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solvers have seen an amazing improvement in efficiency and expressive power. The result has essentially been a dramatic rise in the use of SAT/SMT solvers in many areas of software engineering research such as formal methods, synthesis, program analysis and testing. It is safe to say that SAT/SMT solving is a disruptive technology. Irrespective of one's strategic frame of thought in the context of software reliability research, SAT/SMT solvers are an indispensable tactic.
This summer school aims at unpacking the collective knowledge on SAT/SMT solvers, their applications, and theoretical foundations for researchers as diverse as professors and graduate students in software engineering to hackers.The aims of the summer school include:
# To be a marketplace of ideas for SAT/SMT solver developers and power users
# Connect new power users with established users and solver developers
# Connect complexity theorists with practitioners
# Connect researchers in non-CDCL approaches (e.g., Physics inspired) with researchers in CDCL-based approaches to SAT
# Encourage discussion on solvers for multicores, solver-based programming languages and empirical complexity
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