Travelled to:
1 × Canada
1 × China
1 × France
1 × Germany
1 × Israel
1 × Italy
1 × Portugal
1 × Sweden
19 × USA
Collaborated with:
∅ R.Jagadeesan D.Cunningham M.C.Rinard K.M.Kahn V.Sarkar C.v.Praun O.Tardieu V.Gupta B.Herta R.Bodík I.Peshansky D.Grove M.M.Michael A.Shinnar N.Nystrom C.Grothoff A.Solar-Lezama L.Tancau S.A.Seshia M.T.Vechev P.Panangaden J.Levy P.Kambadur S.B.Kodali Y.Zibin J.Palsberg S.Chandra C.Palamidessi F.D.Valencia B.Victor W.Marrero C.Pitcher R.Motwani R.Panigrahy S.Venkatasubramanian M.Takeuchi S.Crafa S.Krishnamoorthy B.Bloom A.Sabharwal H.Samulowitz G.Arnold P.Charles C.Donawa A.Kielstra K.Ebcioglu A.Iyengar K.Kawachiya H.Murata M.Vaziri G.Bikshandi J.G.Castaños V.K.Nandivada S.Sur P.Varma T.Wen
Talks about:
program (13) constraint (9) concurr (8) semant (4) object (3) time (3) distribut (2) constrain (2) approach (2) problem (2)
Person: Vijay A. Saraswat
DBLP: Saraswat:Vijay_A=
Facilitated 1 volumes:
Contributed to:
Wrote 31 papers:
- ECOOP-2014-CrafaCSST #semantics
- Semantics of (Resilient) X10 (SC, DC, VAS, AS, OT), pp. 670–696.
- PPoPP-2014-CunninghamGHIKMSTT #performance #programming
- Resilient X10: efficient failure-aware programming (DC, DG, BH, AI, KK, HM, VAS, MT, OT), pp. 67–80.
- PPoPP-2014-TardieuHCGKSSTV
- X10 and APGAS at Petascale (OT, BH, DC, DG, PK, VAS, AS, MT, MV), pp. 53–66.
- ECOOP-2012-ZibinCPS
- Object Initialization in X10 (YZ, DC, IP, VAS), pp. 207–231.
- OOPSLA-2012-TardieuNPS
- Constrained kinds (OT, NN, IP, VAS), pp. 811–830.
- SAT-2012-BloomGHSSS #framework #game studies #named #parallel #satisfiability #scalability
- SatX10: A Scalable Plug&Play Parallel SAT Framework — (BB, DG, BH, AS, HS, VAS), pp. 463–468.
- VLDB-2012-ShinnarCHS #in memory #named #performance
- M3R: Increased performance for in-memory Hadoop jobs (AS, DC, BH, VAS), pp. 1736–1747.
- PPoPP-2011-SaraswatKKGK
- Lifeline-based global load balancing (VAS, PK, SBK, DG, SK), pp. 201–212.
- PPoPP-2009-BikshandiCKNPSSVW #implementation #multi #performance #source code
- Efficient, portable implementation of asynchronous multi-place programs (GB, JGC, SBK, VKN, IP, VAS, SS, PV, TW), pp. 271–282.
- PPoPP-2009-MichaelVS
- Idempotent work stealing (MMM, MTV, VAS), pp. 45–54.
- OOPSLA-2008-NystromSPG #object-oriented
- Constrained types for object-oriented languages (NN, VAS, JP, CG), pp. 457–474.
- PPoPP-2008-ChandraSSB #analysis #data type #distributed #locality #type inference
- Type inference for locality analysis of distributed data structures (SC, VAS, VS, RB), pp. 11–22.
- PLDI-2007-Solar-LezamaATBSS #sketching
- Sketching stencils (ASL, GA, LT, RB, VAS, SAS), pp. 167–178.
- PPoPP-2007-SaraswatJMP #formal method #memory management #modelling
- A theory of memory models (VAS, RJ, MMM, CvP), pp. 161–172.
- PPoPP-2007-SaraswatSP #architecture #concurrent #named #programming
- X10: concurrent programming for modern architectures (VAS, VS, CvP), p. 271.
- ASPLOS-2006-Solar-LezamaTBSS #combinator #finite #sketching #source code
- Combinatorial sketching for finite programs (ASL, LT, RB, SAS, VAS), pp. 404–415.
- LICS-2006-PalamidessiSVV #on the #persistent #π-calculus
- On the Expressiveness of Linearity vs Persistence in the Asychronous π-Calculus (CP, VAS, FDV, BV), pp. 59–68.
- OOPSLA-2005-CharlesGSDKEPS #approach #clustering #named #object-oriented
- X10: an object-oriented approach to non-uniform cluster computing (PC, CG, VAS, CD, AK, KE, CvP, VS), pp. 519–538.
- PPDP-2005-JagadeesanM #approach #constraints #declarative #programming
- Timed constraint programming: a declarative approach to usage control (RJ, WM, CP, VAS), pp. 164–175.
- STOC-2000-MotwaniPSV #decidability #on the #problem
- On the decidability of accessibility problems (RM, RP, VAS, SV), pp. 306–315.
- POPL-1995-SaraswatJG #concurrent #constraints #programming
- Default Timed Concurrent Constraint Programming (VAS, RJ, VG), pp. 272–285.
- LICS-1994-SaraswatJG #concurrent #constraints #programming
- Foundations of Timed Concurrent Constraint Programming (VAS, RJ, VG), pp. 71–80.
- LICS-1992-Saraswat #constraints
- The Category of Constraint Systems is Cartesian-Closed (VAS), pp. 341–345.
- POPL-1991-SaraswatRP #concurrent #constraints #programming #semantics
- Semantic Foundations of Concurrent Constraint Programming (VAS, MCR, PP), pp. 333–352.
- CLP-1990-Saraswat90 #concurrent #constraints #paradigm #programming
- The Paradigm of Concurrent Constraint Programming (VAS), pp. 777–778.
- NACLP-1990-SaraswatKL #constraints #distributed #named #programming #towards
- Janus: A step towards distributed constraint programming (VAS, KMK, JL), pp. 431–446.
- OOPSLA-ECOOP-1990-KahnS #concurrent #constraints #programming
- Actors as a Special Case of Concurrent Constraint Programming (KMK, VAS), pp. 57–66.
- POPL-1990-SaraswatR #concurrent #constraints #programming
- Concurrent Constraint Programming (VAS, MCR), pp. 232–245.
- JICSCP-1988-Saraswat88 #logic
- A Somewhat Logical Formulation of CLP Synchronisation Primitives (VAS), pp. 1298–1314.
- POPL-1987-Saraswat #concurrent #logic programming #programming language #semantics
- The Concurrent Logic Programming Language CP: Definition and Operational Semantics (VAS), pp. 49–62.
- SLP-1987-Saraswat87 #haskell #named #problem #semantics
- GHC: Operational Semantics, Problems, and Relationships with CP(|, |) (VAS), pp. 347–358.