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  1. Integration of a CGRA Accelerator with a CVA6 RISC-V Core for the Cloud-edge Continuum Author: JuanGranjaGarijo Supervisor: AndrésOteroMarnotes Degree: MasterinIndustrialElectronics Abstract The computing continuum is a new paradigm that views the cloud, edge, and fog layers of the Internet of Things as part of a single space where computing tasks
  2. It targets the development of adaptable edge nodes for the cloud-edge continuum, applying technologies related to Coarse-Grain Reconfigurable Arrays (CGRAs) and RISC-V processors. This work has been carried out in the context of the MYRTUS project [2], funded by the European Union with grant number 101135183.
  3. Oct 4, 2024The computing continuum is a new paradigm that views the cloud, edge, and fog layers of the Internet of Things as part of a single space where computing tasks can be scheduled on various devices [1]. In this context, edge devices could benefit from application-class processors and reconfigurable accelerators to provide further adaptability and local processing capabilities. This master's ...
  4. ieeexplore.ieee.org

    We describe a framework for automated generation of hybrid processor/accelerator systems comprising a RISC-V processor, and a coarse-grained reconfigurable array (CGRA) for realizing compute-kernel acceleration. CGRAs are programmable hardware platforms having an array of coarse ALU-like processing elements, and word-wide programmable interconnect. The proposed framework integrates CGRAs ...
  5. Jan 27, 2024Integrated into the RISC-V Rocket SoC, our DRA achieves a remarkable 55× acceleration for loop kernels and improves energy efficiency by 29×. Compared to state-of-the-art RISC-V vector units, our DRA demonstrates a 2.9× speed improvement and 3.5× greater energy efficiency.
  6. Template-Based and Hardware-Accelerated RISC-V ISA Extensions M. Gómez . Integration of a CGRA accelerator with a CVA6 RISC-V core for the cloud-edge continuum J. Granja . Design Space Exploration and Parametric Generation of Elastic CGRAs using Chisel Y. Katebzadeh . CGRAs vs VPUs: A Comparisonof RISC-V Coprocessors D. Vázquez
  7. Jul 1, 2024The MYRTUS Horizon Europe Project embraces the principles of the EUCloudEdgelOT Initiative and integrates edge, fog and cloud computing platforms, leveraging a cognitive engine based on swarm intelligence and federated learning to orchestrate collaborative distributed and decentralised components. ... Extending RISC-V Processor Datapaths with ...
  8. riscv-europe.org

    Jun 8, 2023with a custom accelerator Add extensions without fully re-validating the core CV -X IF interface to extend the CVA6 instruction set Current or future RISC-V extensions Custom extensions (crypto, DSP, AI…) CV-X-IF specified by OpenHW Group Open specification, can be used off OpenHW Reuse coprocessors between CORE-V cores (CVA6, CV32E40X, CVE2)
  9. riscv-europe.org

    Real Time additions to the CVA6 RISC-V Europe 2024 C. Allioux, O. Betschi, JC. Kircher, I. Schmid, G. Miet, R. Hardy, ... RISC-V Core + Neural Network accelerator Neural Net Accelerator Embedded CPU NOC Local memory AI accelerator NOC ... (WS) , due to integration issues − No improvement yet versus I$ + D$ − 0 WS achievable 8 worst case (I ...
  10. web.ist.utl.pt

    to write a RISC-V core from scratch and the Adept project using the Chisel language was started. The system proposed in this paper is portable to any FPGA or ASIC technology as Chisel generates synthesizable Verilog code. The RISC-V CPU is supported by the GNU toolchain and the Versat CGRA has its own compiler and assembler [13]. II. ARCHITECTURE

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