Travelled to:
1 × France
1 × Germany
1 × Japan
1 × Sweden
2 × Belgium
2 × Italy
3 × Spain
4 × USA
4 × United Kingdom
Collaborated with:
M.V.Hermenegildo G.Puebla P.López-García M.J.G.d.l.Banda M.Codish V.Lagoon C.Vaucheret K.Marriott P.J.Stuckey J.Correas L.Darmawan J.A.Navas M.Olmedilla D.C.Gras U.Montanari F.Rossi
Talks about:
program (12) analysi (12) use (6) share (5) logic (5) debug (4) parallel (3) independ (3) optim (3) model (3)
Person: Francisco Bueno
DBLP: Bueno:Francisco
Contributed to:
Wrote 21 papers:
- ICLP-2010-Lopez-GarciaDB10 #debugging #framework #resource management #verification
- A Framework for Verification and Debugging of Resource Usage Properties: Resource Usage Verification (PLG, LD, FB), pp. 104–113.
- PADL-2006-NavasBH #analysis #clique #performance #top-down #using
- Efficient Top-Down Set-Sharing Analysis Using Cliques (JAN, FB, MVH), pp. 183–198.
- LOPSTR-2005-CorreasPHB #analysis #composition #source code
- Experiments in Context-Sensitive Analysis of Modular Programs (JC, GP, MVH, FB), pp. 163–178.
- FLOPS-2004-BuenoB
- Set-Sharing Is Not Always Redundant for Pair-Sharing (FB, MJGdlB), pp. 117–131.
- FLOPS-2004-BuenoLH #abstract interpretation #analysis #multi #standard
- Multivariant Non-failure Analysis via Standard Abstract Interpretation (FB, PLG, MVH), pp. 100–116.
- LOPSTR-2004-Lopez-GarciaBH #analysis #logic programming #source code #using
- Determinacy Analysis for Logic Programs Using Mode and Type Information (PLG, FB, MVH), pp. 19–35.
- PDCL-2004-PueblaCHBBMS #analysis #composition #framework #source code
- A Generic Framework for Context-Sensitive Analysis of Modular Programs (GP, JC, MVH, FB, MJGdlB, KM, PJS), pp. 233–260.
- SAS-2003-HermenegildoPBL #abstract interpretation #development #preprocessor #using
- Program Development Using Abstract Interpretation (And The Ciao System Preprocessor) (MVH, GP, FB, PLG), pp. 127–152.
- ICALP-2002-HermenegildoPBL #approximate #debugging #semantics #specification #using #validation
- Program Debugging and Validation Using Semantic Approximations and Partial Specifications (MVH, GP, FB, PLG), pp. 69–72.
- SAS-2002-VaucheretB #logic programming #performance #precise #source code #type inference
- More Precise Yet Efficient Type Inference for Logic Programs (CV, FB), pp. 102–116.
- LOPSTR-2000-BuenoBHMPS #analysis #compilation #optimisation
- A model for inter-module analysis and optimizing compilation (FB, MJGdlB, MVH, KM, GP, PJS).
- LOPSTR-J-2000-BuenoBHMPS #analysis #compilation #optimisation
- A Model for Inter-module Analysis and Optimizing Compilation (FB, MJGdlB, MVH, KM, GP, PJS), pp. 86–102.
- ICLP-1999-HermenegildoBPL #debugging #optimisation #preprocessor #program analysis #using
- Program Analysis, Debugging, and Optimization Using the Ciao System Preprocessor (MVH, FB, GP, PLG), pp. 52–66.
- LOPSTR-1999-PueblaBH #constraints #debugging #logic programming #source code
- Combined Static and Dynamic Assertion-Based Debugging of Constraint Logic Programs (GP, FB, MVH), pp. 273–292.
- ICLP-1997-BuenoCL #analysis #logic programming #set #source code #using
- Sharing Analysis Using Set Logic Programs (FB, MC, VL), p. 417.
- SAS-1997-CodishLB #algebra #analysis #approach #logic programming #source code
- An Algebraic Approach to Sharing Analysis of Logic Programs (MC, VL, FB), pp. 68–82.
- ESOP-1996-BuenoGHP #analysis #prolog #source code #standard
- Global Analysis of Standard Prolog Programs (FB, DCG, MVH, GP), pp. 108–124.
- PLILP-1996-BandaBH #independence #towards
- Towards Independent And-Parallelism in CLP (MJGdlB, FB, MVH), pp. 77–91.
- ALP-1994-BuenoHMR #concurrent #semantics #source code
- From Eventual to Atomic Locally Atomic CC Programs: A Concurrent Semantics (FB, MVH, UM, FR), pp. 114–132.
- ILPS-1994-BuenoBH #analysis #automation #effectiveness #parallel #strict
- Effectiveness of Global Analysis in Strict Independence-Based Automatic Parallelization (FB, MJGdlB, MVH), pp. 320–336.
- LOPSTR-1993-OlmedillaBH #automation #independence
- Automatic Exploitation of Non-Determinate Independent And-Parallelism in the Basic Andorra Model (MO, FB, MVH), pp. 177–195.