Add to ORKGdata parallel processing. SIMD processors embedded in SOCs are cost-effective to exploit the underlying parallelism. However, programming applications for SIMD targets requires data placement and operation scheduling which have been proven to be NP-complete problems and beyond present compiler abilities
Abstract—The host-SIMD style heterogeneous multi-processor architecture offers high computing perfor...
Hardware for ambient intelligence needs to achieve extremely high computational efficiency (up to 40...
International audienceMassively parallel architectures are proposed as a promising solution to speed...
textGeneral-purpose processors (GPPs) have been augmented with multimedia extensions to improve per...
Abstract. The rapid growth of multimedia applications has been putting high pressure on the processi...
SIMD instructions are used to speed up multimedia ap-plications in high performance embedded computi...
SIMD extensions are the most common technique used in current processors for multimedia computing. I...
Single-chip multi-processor embedded system becomes nowadays a feasible and very interesting option....
Abstract- This paper targets data-parallel applications which are also computa tion-intensive. It pr...
Single-chip multi-processor embedded system becomes nowadays a feasible and very interesting option....
Abstract — SIMD processors have made their way from supercomputers architectures through embedded re...
Recent extensions to microprocessor instruction sets are intended to speed-up multimedia algorithms ...
Simodense is a high-performance open-source RISC-V (RV32IM) softcore, optimised for exploring custom...
As inexpensive imaging chips and wireless telecommunications are incorporated into an increasing arr...
Designing embedded system is a non-trivial task during which wrong choices can lead to extremely cos...
Abstract—The host-SIMD style heterogeneous multi-processor architecture offers high computing perfor...
Hardware for ambient intelligence needs to achieve extremely high computational efficiency (up to 40...
International audienceMassively parallel architectures are proposed as a promising solution to speed...
textGeneral-purpose processors (GPPs) have been augmented with multimedia extensions to improve per...
Abstract. The rapid growth of multimedia applications has been putting high pressure on the processi...
SIMD instructions are used to speed up multimedia ap-plications in high performance embedded computi...
SIMD extensions are the most common technique used in current processors for multimedia computing. I...
Single-chip multi-processor embedded system becomes nowadays a feasible and very interesting option....
Abstract- This paper targets data-parallel applications which are also computa tion-intensive. It pr...
Single-chip multi-processor embedded system becomes nowadays a feasible and very interesting option....
Abstract — SIMD processors have made their way from supercomputers architectures through embedded re...
Recent extensions to microprocessor instruction sets are intended to speed-up multimedia algorithms ...
Simodense is a high-performance open-source RISC-V (RV32IM) softcore, optimised for exploring custom...
As inexpensive imaging chips and wireless telecommunications are incorporated into an increasing arr...
Designing embedded system is a non-trivial task during which wrong choices can lead to extremely cos...
Abstract—The host-SIMD style heterogeneous multi-processor architecture offers high computing perfor...
Hardware for ambient intelligence needs to achieve extremely high computational efficiency (up to 40...
International audienceMassively parallel architectures are proposed as a promising solution to speed...