search for: pr12402

...s. Polly Labs is currently working on integrating spatial locality modeling into the loop optimization model. Polly can already split apart basic blocks in order to implement loop fusion. Heuristics to choose at which granularity are still being implemented (e.g., PR12402). I believe that we can now develop a concrete plan for moving state-of-the-art loop optimizations, based on the technology in the Polly project, into LLVM. Doing so will enable LLVM to be competitive with proprietary compilers in high-performance computing, machine lea...

...ting spatial locality modeling into the > > loop optimization model. > > > > Polly can already split apart basic blocks in order to implement loop > > fusion. Heuristics to choose at which granularity are still being > > implemented (e.g., PR12402). > > > > I believe that we can now develop a concrete plan for moving > > state-of-the-art loop optimizations, based on the technology in the > > Polly project, into LLVM. Doing so will enable LLVM to be competitive > > with proprietary compi...

...currently working on integrating spatial locality >> modeling into the loop optimization model. >> >> Polly can already split apart basic blocks in order to implement loop >> fusion. Heuristics to choose at which granularity are still being >> implemented (e.g., PR12402). >> I believe that we can now develop a concrete plan for moving >> state-of-the-art loop optimizations, based on the technology in the >> Polly project, into LLVM. Doing so will enable LLVM to be competitive >> with proprietary compilers in high-performance computing, m...

...e performance regressions. Polly Labs is currently working on integrating spatial locality modeling into the loop optimization model. Polly can already split apart basic blocks in order to implement loop fusion. Heuristics to choose at which granularity are still being implemented (e.g., PR12402). I believe that we can now develop a concrete plan for moving state-of-the-art loop optimizations, based on the technology in the Polly project, into LLVM. Doing so will enable LLVM to be competitive with proprietary compilers in high-performance computing, machine learning, and other importa...

...ance regressions. Polly Labs is currently working on integrating > spatial locality modeling into the loop optimization model. Polly can > already split apart basic blocks in order to implement loop fusion. > Heuristics to choose at which granularity are still being implemented > (e.g., PR12402). I believe that we can now develop a concrete plan for > moving state-of-the-art loop optimizations, based on the technology in the > Polly project, into LLVM. Doing so will enable LLVM to be competitive with > proprietary compilers in high-performance computing, machine learning, and &gt...

...performance regressions. Polly Labs is currently working on integrating spatial locality modeling into the loop optimization model. >>> Polly can already split apart basic blocks in order to implement loop fusion. Heuristics to choose at which granularity are still being implemented (e.g., PR12402). >>> >>> I believe that we can now develop a concrete plan for moving state-of-the-art loop optimizations, based on the technology in the Polly project, into LLVM. Doing so will enable LLVM to be competitive with proprietary compilers in high-performance computing, machine learn...

...urrently working on integrating spatial locality modeling into the > > loop optimization model. > > > > Polly can already split apart basic blocks in order to implement loop > > fusion. Heuristics to choose at which granularity are still being > > implemented (e.g., PR12402). > > > > I believe that we can now develop a concrete plan for moving > > state-of-the-art loop optimizations, based on the technology in the > > Polly project, into LLVM. Doing so will enable LLVM to be competitive > > with proprietary compilers in high-performance c...

...Polly Labs is > currently working on integrating spatial locality modeling into the > loop optimization model. > > Polly can already split apart basic blocks in order to implement loop > fusion. Heuristics to choose at which granularity are still being > implemented (e.g., PR12402). > > I believe that we can now develop a concrete plan for moving > state-of-the-art loop optimizations, based on the technology in the Polly > project, into LLVM. Doing so will enable LLVM to be competitive with > proprietary compilers in high-performance computing, machine learni...