This paper proposes an automatic framework for the seamless integration of hardware accelerators, starting from an OpenMP-based application and an XML file describing the HW/SW partitioning. It extends a fully software architecture by generating and integrating the cores, along with the proper interfaces, and the code for scheduling and synchronization. Experimental results show that it is possible to validate different solutions only by varying the input code
Today’s embedded systems depend on the availability of hybrid platforms, that contain heterogeneous ...
Re configurable FPGA/CPU systems are widely described in literature as a viable processing solution ...
Abstract—This paper describes an approach that allows ap-plications to be developed in a software la...
Traditionally, one of the main functions of the Operating System (OS) is to abstract the programming...
In this work, a hybrid CPU/accelerator platform, which runs a standard operating system, is proto-ty...
Abstract—SoCs can be implemented on a single FPGA, offering designers a unique opportunity for Embed...
International audienceIntegration of hardware accelerators in System on Chips is often complex. When...
In recent years, architectures combining a reconfigurable fabric and a general purpose processor on ...
Whether for use as the final target or simply a rapid prototyping platform, programming systems cont...
International audienceModern embedded MPSoC designs increasingly couple hardware accelerators to pro...
OpenCL is a widely adopted open standard for general purpose programming of diverse heterogeneous pa...
OpenCL functions as a portability layer for diverse heterogeneous hardware platforms including CPUs,...
Embedded systems found their way into all areas of technology and everyday life, from transport syst...
System on Chip is a hardware solution combining different hardware devices in the same chip. In part...
Specific hardware customization for scientific applications has shown a big potential to address the...
Today’s embedded systems depend on the availability of hybrid platforms, that contain heterogeneous ...
Re configurable FPGA/CPU systems are widely described in literature as a viable processing solution ...
Abstract—This paper describes an approach that allows ap-plications to be developed in a software la...
Traditionally, one of the main functions of the Operating System (OS) is to abstract the programming...
In this work, a hybrid CPU/accelerator platform, which runs a standard operating system, is proto-ty...
Abstract—SoCs can be implemented on a single FPGA, offering designers a unique opportunity for Embed...
International audienceIntegration of hardware accelerators in System on Chips is often complex. When...
In recent years, architectures combining a reconfigurable fabric and a general purpose processor on ...
Whether for use as the final target or simply a rapid prototyping platform, programming systems cont...
International audienceModern embedded MPSoC designs increasingly couple hardware accelerators to pro...
OpenCL is a widely adopted open standard for general purpose programming of diverse heterogeneous pa...
OpenCL functions as a portability layer for diverse heterogeneous hardware platforms including CPUs,...
Embedded systems found their way into all areas of technology and everyday life, from transport syst...
System on Chip is a hardware solution combining different hardware devices in the same chip. In part...
Specific hardware customization for scientific applications has shown a big potential to address the...
Today’s embedded systems depend on the availability of hybrid platforms, that contain heterogeneous ...
Re configurable FPGA/CPU systems are widely described in literature as a viable processing solution ...
Abstract—This paper describes an approach that allows ap-plications to be developed in a software la...