We present Polygeist, a new compilation flow that connects the MLIR compiler infrastructure
to cutting edge polyhedral optimization tools. It consists of a C and C++ frontend capable of …

We present a new library for extracting a polyhedral model from C source. The library is
based on clang, the LLVM C frontend, and isl, a library for manipulating quasi-affine sets …

Directive-based programming models, such as OpenACC and OpenMP, allow developers to
convert a sequential program into a parallel one with minimum human intervention …

We study five popular auto‐parallelization frameworks (Cetus, Par4all, Rose, ICC, and
Pluto) and compare them qualitatively as well as quantitatively. All the frameworks primarily …

Sistemas baseados em fluxo contínuo de dados representam diversos domínios de
aplicações, por exemplo, video, áudio, processamento gráfico e de rede, etc. Os programas …

We present an automatic, static program transformation that schedules and generates
efficient memory transfers between a computer host and its hardware accelerator …

Heterogeneous architectures characterize today hardware ranging from super-computers to
smartphones. However, in spite of this importance, programming such systems is still …

The paper presents a source-to-source compiler, TRACO, for automatic extraction of both
coarse-and fine-grained parallelism available in C/C++ loops. Parallelization techniques …

Massively parallel accelerators such as GPGPUs, manycores and FPGAs represent a
powerful and affordable tool for scientists who look to speed up simulations of complex …

Due to the increasing complexity of new multiprocessor systems on chip, flexible and
accurate simulators become a necessity for exploring the vast design space solution. In a …