Software-pipelining is an important technique for increasing the instruction level parallelism of loops during compilation. Currently, the LLVM compiler infrastructure does not offer this optimization although some target specific implementations do exist. We have implemented a high-level method for software-pipelining within the LLVM framework. By implementing this within LLVM's optimization layer we have taken the first steps towards a target independent software-pipelining method
Numerous applications in communication and multimedia domains show significant data-level parallelis...
International audienceSoftware pipelining is a powerful technique to expose fine-grain parallelism, ...
Developing programs that fully utilize the available computing capabilities of the underlying hardwa...
Software-pipelining is an important technique for increasing the instruction level parallelism of lo...
This thesis discusses a design and implementation of the Software Pipelining, a optimization techniq...
ii The high performance of today’s microprocessors is achieved mainly by fast, multipleissuing hardw...
As part of the Platform-Aware Compilation Environment (PACE) Project1, Operator Strength Reduction (...
Massively parallel architectures are gaining momentum thanks to the opportunities for both high perf...
Software pipelining is a loop optimization technique used to speed up loop execution. It is widely i...
An emerging trend in processor design is the addition of short vector instructions to general-purpos...
Long Instruction Word (LIW) architecture exploits parallelism between various functional units. In o...
textSoftware pipelining is a performance enhancing loop optimization technique widely used in optim...
An emerging trend in processor design is the incorporation of short vector instructions into the ISA...
International audienceIntegrating register allocation and software pipelining of loops is an active ...
Developing efficient programs for many of the current parallel computers is not easy due to the arch...
Numerous applications in communication and multimedia domains show significant data-level parallelis...
International audienceSoftware pipelining is a powerful technique to expose fine-grain parallelism, ...
Developing programs that fully utilize the available computing capabilities of the underlying hardwa...
Software-pipelining is an important technique for increasing the instruction level parallelism of lo...
This thesis discusses a design and implementation of the Software Pipelining, a optimization techniq...
ii The high performance of today’s microprocessors is achieved mainly by fast, multipleissuing hardw...
As part of the Platform-Aware Compilation Environment (PACE) Project1, Operator Strength Reduction (...
Massively parallel architectures are gaining momentum thanks to the opportunities for both high perf...
Software pipelining is a loop optimization technique used to speed up loop execution. It is widely i...
An emerging trend in processor design is the addition of short vector instructions to general-purpos...
Long Instruction Word (LIW) architecture exploits parallelism between various functional units. In o...
textSoftware pipelining is a performance enhancing loop optimization technique widely used in optim...
An emerging trend in processor design is the incorporation of short vector instructions into the ISA...
International audienceIntegrating register allocation and software pipelining of loops is an active ...
Developing efficient programs for many of the current parallel computers is not easy due to the arch...
Numerous applications in communication and multimedia domains show significant data-level parallelis...
International audienceSoftware pipelining is a powerful technique to expose fine-grain parallelism, ...
Developing programs that fully utilize the available computing capabilities of the underlying hardwa...