Search Results for "vivado"

F1 customers want to seamlessly migrate between Alveo and F1 platforms to enable scaling in AWS cloud. The F1 development flow currently supports the requirement with Vitis, but there is no such support available for full custom RTL development flow (Vivado design flow). AWS F1.A.1.4 shell is targeted at enabling this. AWS F1.A.1.4 shell enables customers to migrate designs seamlessly between on-premise U200 Alveo card and F1 platform in a full custom RTL development flow. This gives choice to the customers to use either a Vitis flow or a full custom RTL/Vivado design flow and seamlessly migrate designs between Alveo U200 and F1. ...

...Until 2020-12-27, we have already upload three projects: 1. ov_carplate.zip is a car plate recognition project based on Zedboard Zynq-7000. 2. mnist_hls.zip is a realization of Lenet for MNIST handwritten digit recognition using Vivado hls tool. 3. rapidlayout.zip is an end-to-end hard block placement and routing flow for systolic accelerators on FPGA, RapidLayout. It is the sourcecode of our paper:https://ieeexplore.ieee.org/document/9221566 . If you have any question about our projects, please leave reviews and contact us!

...The Tiramisu compiler is based on the polyhedral model thus it can express a large set of loop optimizations and data layout transformations. Currently, it targets (1) multicore X86 CPUs, (2) Nvidia GPUs, (3) Xilinx FPGAs (Vivado HLS) and (4) distributed machines (using MPI). It is designed to enable easy integration of code generators for new architectures.

...AMBA AHB). It comes with a Java wizard to configure the co-processor and to generate all required files (e.g. twiddle ROMs). It comes with integration into Xilinx Vivado, EDK, and Altera QSYS and includes example designs for Xilinx Zynq and with PCI-Express core (including Linux driver and application). bel_fft is distributed under the GNU Lesser Public License 2.1.

...TincrIO comprises a set of commands for pulling design and device data out of the Vivado sandbox into a open, parsable format. With TincrIO, users are able to generate XDLRC device descriptions and export designs out of Vivado into a "checkpoint" of EDIF and constraint files. Beta support is also provided for importing these checkpoints into Vivado. Tincr's source has been moved to GitHub: https://github.com/byuccl/tincr