Search Results for "zedboard"
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Showing 3 open source projects for "zedboard"
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ConnectWise PSA (formerly Manage) allows you to stop working in separate systems, and helps you build a more profitable business. No more duplicate data entries, inefficient employees, manual invoices, and the inability to accurately track client service issues. Get a behind the scenes look into the award-winning PSA that automates processes for each area of business: sales, help desk, support, finance, and HR.
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Whether natural disaster, cyberattack, or plain-old human error, data can disappear in the blink of an eye. ConnectWise BCDR (formerly Recover) delivers reliable and secure backup and disaster recovery backed by powerful automation and a 24/7 NOC to get your clients back to work in minutes, not days.
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SYSU-OpenEdgeAI
A public account displaying works from SYSU-OpenEdgeAI Club
SYSU-OpenEdgeAI Club is a community of geeks who have innovative ideas as well as a great passion for Edge AI technologies. All of our works are open source, and we sincerely welcome all the Edge AI lovers to join us to solve problems and learn! 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... -
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SC_CoSiM
SC_CoSiM is a plattform which focuses on validating a full system
SC_CoSiM is a platform which focuses on validating a full system, by performing near real-time, command-to-command co-simulation of the hardware DUT implemented on FPGA as a full system prototype (with CPU, on-chip interconnect, memory, application, drivers, and OS, typically Linux) against its equivalent cycle-approximate system-level model of the DUT. Our work presented at DVCon-Europe 2018 extended the technology demonstrator from David C... -
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piconf
Processing Instruction Configurator
... Foundation on 19 November 2007. The coding language is C++11 making use of object orientation and polymorphism. It is intended to work on all POSIX-compliant (Linux/BSD/UNIX-like) operating systems and on some embedded devices, e.g., Zynq based devices like the ZedBoard or the MicroZed supporting the AXI interface to communicate between the Processing System (PS) aka CPU and the Programmable Logic (PL) aka FPGA. It consists of two main binaries following a master/slave model.
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