Travelled to:
1 × Italy
2 × Spain
3 × United Kingdom
Collaborated with:
A.D.Pierro C.Hankin L.Bortolussi P.Sotin A.Brogi N.Angelopoulos
Talks about:
probabilist (5) program (5) interpret (4) abstract (4) analysi (4) constraint (3) precis (3) quantit (2) languag (2) concurr (2)
Person: Herbert Wiklicky
DBLP: Wiklicky:Herbert
Facilitated 8 volumes:
Contributed to:
Wrote 11 papers:
- SFM-2010-PierroHW #probability #program analysis #semantics
- Probabilistic Semantics and Program Analysis (ADP, CH, HW), pp. 1–42.
- QAPL-2008-PierroSW #abstract interpretation #analysis #precise #probability #relational
- Relational Analysis and Precision via Probabilistic Abstract Interpretation (ADP, PS, HW), pp. 23–42.
- QAPL-2007-PierroHW #analysis #data flow #on the #probability
- On Probabilistic Techniques for Data Flow Analysis (ADP, CH, HW), pp. 59–77.
- ICLP-2005-BortolussiW #concurrent #constraints #distributed #probability #programming language
- A Distributed and Probabilistic Concurrent Constraint Programming Language (LB, HW), pp. 143–158.
- QAPL-2004-HankinW05 #program analysis #λ-calculus
- λ-calculus and Quantitative Program Analysis: (CH, HW), pp. 5–18.
- SAS-2002-PierroHW #approximate
- Analysing Approximate Confinement under Uniform Attacks (ADP, CH, HW), pp. 310–325.
- QAPL-2001-BrogiPW #comparison #linear
- Linear Embedding for a Quantitative Comparison of Language Expressiveness (AB, ADP, HW), pp. 207–237.
- LOPSTR-2000-PierroW #abstract interpretation #on the #precise
- On the precision of abstract interpretations (ADP, HW).
- LOPSTR-J-2000-PierroW #abstract interpretation #precise
- Measuring the Precision of Abstract Interpretations (ADP, HW), pp. 147–164.
- PPDP-2000-PierroW #abstract interpretation #concurrent #constraints #probability #programming #towards
- Concurrent constraint programming: towards probabilistic abstract interpretation (ADP, HW), pp. 127–138.
- JICSLP-1998-AngelopoulosPW #algorithm #constraints #implementation #logic programming #random
- Implementing Randomised Algorithms in Constraint Logic Programming (NA, ADP, HW), pp. 355–356.