Travelled to:
1 × Germany
1 × Italy
1 × Portugal
1 × Russia
2 × Austria
2 × United Kingdom
3 × USA
Collaborated with:
V.Ryvchin ∅ Z.Hanna N.Dershowitz O.Strichman A.Erez Y.Vizel R.Bruttomesso A.Cimatti A.Franzén A.Griggio A.Palti R.Sebastiani
Talks about:
sat (6) generat (3) solver (3) increment (2) automat (2) effici (2) solut (2) rout (2) smt (2) understand (1)
Person: Alexander Nadel
DBLP: Nadel:Alexander
Contributed to:
Wrote 13 papers:
- CAV-2015-ErezN #automation #bound #graph #smt #using
- Finding Bounded Path in Graph Using SMT for Automatic Clock Routing (AE, AN), pp. 20–36.
- CAV-2014-Nadel #automation #generative
- Bit-Vector Rewriting with Automatic Rule Generation (AN), pp. 663–679.
- SAT-2014-NadelRS #incremental #satisfiability
- Ultimately Incremental SAT (AN, VR, OS), pp. 206–218.
- CAV-2013-VizelRN #generative #performance
- Efficient Generation of Small Interpolants in CNF (YV, VR, AN), pp. 330–346.
- SAT-2012-NadelR #performance #satisfiability
- Efficient SAT Solving under Assumptions (AN, VR), pp. 242–255.
- SAT-2012-NadelRS #incremental #preprocessor #satisfiability
- Preprocessing in Incremental SAT (AN, VR, OS), pp. 256–269.
- SAT-2011-Nadel #generative #satisfiability
- Generating Diverse Solutions in SAT (AN), pp. 287–301.
- SAT-2010-NadelR #stack
- Assignment Stack Shrinking (AN, VR), pp. 375–381.
- CAV-2007-BruttomessoCFGHNPS #industrial #lazy evaluation #problem #smt #verification
- A Lazy and Layered SMT(BV) Solver for Hard Industrial Verification Problems (RB, AC, AF, AG, ZH, AN, AP, RS), pp. 547–560.
- SAT-2007-DershowitzHN #comprehension #satisfiability #towards
- Towards a Better Understanding of the Functionality of a Conflict-Driven SAT Solver (ND, ZH, AN), pp. 287–293.
- SAT-2006-DershowitzHN #algorithm #satisfiability #scalability
- A Scalable Algorithm for Minimal Unsatisfiable Core Extraction (ND, ZH, AN), pp. 36–41.
- SAT-2005-DershowitzHN #heuristic #satisfiability
- A Clause-Based Heuristic for SAT Solvers (ND, ZH, AN), pp. 46–60.
- CAV-2017-Nadel
- A Correct-by-Decision Solution for Simultaneous Place and Route (AN), pp. 436–452.