Travelled to:1 × Austria
18 × USA
2 × Canada
2 × China
Collaborated with:N.Vachharajani N.P.Johnson G.Ottoni J.W.Lee A.Raman H.Kim E.Raman M.J.Bridges T.B.Jablin T.Oh P.Prabhu S.Ghosh F.Liu A.Zaks D.A.Penry B.Guo S.Triantafyllis M.Vachharajani G.A.Reis J.Huang Y.Zhang S.R.Beard Sotiris Apostolakis R.Rangan J.A.Jablin S.A.Mahlke L.W.Mackey J.Ligatti D.Walker J.Chang Jordan Fix Nayana P. Nagendra Hansen Zhang D.Schwartz-Narbonne S.Malik D.A.Connors J.C.Gyllenhaal W.W.Hwu T.R.Mason Ziyang Xu Greg Chan S.Campanoni T.Hung F.Perry Q.Wu A.Pyatakov A.Spiridonov D.W.Clark Sophie Qiu D.Fay D.Hodgdon R.Wells G.Schelle D.Connors Y.Wu C.Wang
Talks about:parallel (12) automat (6) specul (6) optim (5) softwar (4) program (4) languag (4) use (4) architectur (3) support (3)
Person: David I. August
DBLP: August:David_I=
Contributed to:
2014
2013
2013
2013
201220122012201120102010200820082007
2006
2006
20062006200520042004200320031997201820192020Wrote 35 papers:
- DAC-2014-LiuGJA #named #pipes and filters
- CGPA: Coarse-Grained Pipelined Accelerators (FL, SG, NPJ, DIA), p. 6.
- ASPLOS-2013-OhKJLA #automation
- Practical automatic loop specialization (TO, HK, NPJ, JWL, DIA), pp. 419–430.
- CGO-2013-HuangJBJA #automation #parallel #runtime #using
- Automatically exploiting cross-invocation parallelism using runtime information (JH, TBJ, SRB, NPJ, DIA), p. 11.
- PLDI-2013-JohnsonOZA #dependence #graph #performance
- Fast condensation of the program dependence graph (NPJ, TO, AZ, DIA), pp. 39–50.
- CAV-2012-Schwartz-NarbonneLAM #debugging #named #parallel #source code
- passert: A Tool for Debugging Parallel Programs (DSN, FL, DIA, SM), pp. 751–757.
- CGO-2012-JablinJPLA #architecture #cpu #gpu
- Dynamically managed data for CPU-GPU architectures (TBJ, JAJ, PP, FL, DIA), pp. 165–174.
- CGO-2012-KimJLMA #automation #clustering
- Automatic speculative DOALL for clusters (HK, NPJ, JWL, SAM, DIA), pp. 94–103.
- CGO-2012-ZhangGHLMA #fault tolerance #runtime
- Runtime asynchronous fault tolerance via speculation (YZ, SG, JH, JWL, SAM, DIA), pp. 145–154.
- PLDI-2012-JohnsonKPZA #reduction
- Speculative separation for privatization and reductions (NPJ, HK, PP, AZ, DIA), pp. 359–370.
- PLDI-2012-RamanZLA #execution #flexibility #named #parallel
- Parcae: a system for flexible parallel execution (AR, AZ, JWL, DIA), pp. 133–144.
- PLDI-2011-JablinPJJBA #automation #communication #cpu #gpu #optimisation
- Automatic CPU-GPU communication management and optimization (TBJ, PP, JAJ, NPJ, SRB, DIA), pp. 142–151.
- PLDI-2011-PrabhuGZJA #commutative #parallel #programming #set
- Commutative set: a language extension for implicit parallel programming (PP, SG, YZ, NPJ, DIA), pp. 1–11.
- PLDI-2011-RamanKOLA #distributed #parallel #using
- Parallelism orchestration using DoPE: the degree of parallelism executive (AR, HK, TO, JWL, DIA), pp. 26–37.
- ASPLOS-2010-RamanKMJA #concurrent #parallel #thread #transaction #using
- Speculative parallelization using software multi-threaded transactions (AR, HK, TRM, TBJ, DIA), pp. 65–76.
- CGO-2010-HuangRJZHA #parallel #pipes and filters
- Decoupled software pipelining creates parallelization opportunities (JH, AR, TBJ, YZ, THH, DIA), pp. 121–130.
- ASPLOS-2008-OttoniA #communication #concurrent #multi #optimisation #scheduling #thread
- Communication optimizations for global multi-threaded instruction scheduling (GO, DIA), pp. 222–232.
- CGO-2008-RamanORBA #pipes and filters
- Parallel-stage decoupled software pipelining (ER, GO, AR, MJB, DIA), pp. 114–123.
- CGO-2008-RamanVRA #execution #named #parallel
- Spice: speculative parallel iteration chunk execution (ER, NV, RR, DIA), pp. 175–184.
- PLDI-2007-GuoVA #analysis #induction #recursion #synthesis
- Shape analysis with inductive recursion synthesis (BG, NV, DIA), pp. 256–265.
- PLDI-2007-PerryMRLAW #assembly #fault tolerance
- Fault-tolerant typed assembly language (FP, LWM, GAR, JL, DIA, DW), pp. 42–53.
- CC-2006-GuoWWBOVCA #ambiguity #memory management #runtime
- Selective Runtime Memory Disambiguation in a Dynamic Binary Translator (BG, YW, CW, MJB, GO, NV, JC, DIA), pp. 65–79.
- HPCA-2006-PenryFHWSAC #parallel #simulation
- Exploiting parallelism and structure to accelerate the simulation of chip multi-processors (DAP, DF, DH, RW, GS, DIA, DC), pp. 29–40.
- ICFP-2006-WalkerMLRA #static typing #type system #λ-calculus
- Static typing for a faulty λ calculus (DW, LWM, JL, GAR, DIA), pp. 38–49.
- PLDI-2006-BridgesVOA #automation
- Automatic instruction scheduler retargeting by reverse-engineering (MJB, NV, GO, DIA), pp. 228–238.
- PLDI-2006-TriantafyllisBROA #framework #optimisation #strict
- A framework for unrestricted whole-program optimization (ST, MJB, ER, GO, DIA), pp. 61–71.
- CGO-2005-GuoBTORA #analysis #low level #pointer
- Practical and Accurate Low-Level Pointer Analysis (BG, MJB, ST, GO, ER, DIA), pp. 291–302.
- CGO-2005-ReisCVRA #fault tolerance #named
- SWIFT: Software Implemented Fault Tolerance (GAR, JC, NV, RR, DIA), pp. 243–254.
- CGO-2004-WuPSRCA #memory management #profiling #using
- Exposing Memory Access Regularities Using Object-Relative Memory Profiling (QW, AP, AS, ER, DWC, DIA), pp. 315–324.
- PLDI-2004-VachharajaniVA #component #modelling #reuse #specification
- The liberty structural specification language: a high-level modeling language for component reuse (MV, NV, DIA), pp. 195–206.
- CGO-2003-TriantafyllisVVA #compilation
- Compiler Optimization-Space Exploration (ST, MV, NV, DIA), pp. 204–215.
- DAC-2003-PenryA #component #optimisation #reuse
- Optimizations for a simulator construction system supporting reusable components (DAP, DIA), pp. 926–931.
- HPCA-1997-AugustCGH #architecture #branch #predict
- Architectural Support for Compiler-Synthesized Dynamic Branch Prediction Strategies: Rationale and Initial Results (DIA, DAC, JCG, WmWH), pp. 84–93.
- ASPLOS-2018-FixNAZQA #hardware #parallel #thread #transaction
- Hardware Multithreaded Transactions (JF, NPN, SA, HZ, SQ, DIA), pp. 15–29.
- ASPLOS-2019-ZhangGFABNOA #architecture #security
- Architectural Support for Containment-based Security (HZ, SG, JF, SA, SRB, NPN, TO, DIA), pp. 361–377.
- ASPLOS-2020-ApostolakisXCCA #approach #automation #named #parallel
- Perspective: A Sensible Approach to Speculative Automatic Parallelization (SA, ZX, GC, SC, DIA), pp. 351–367.