Adaptive Computing Challenge 2021

Running Posture Analysis

This work presents our investigation on the hardware inference accelerator design and optimization based on AdderNet.

Implement the Ethereum Virtual Machine (EVM) in hardware on an FPGA

This project can benefit those who are disabled, by enabling them to translate the mudra into voice.

An automatic speech recognition application on KV260.

Virtual and electronic assistant with AI to help visually impaired or blind persons to do their groceries

Network FPGA developer framework for Ultrascale+ - 6x SFP+ mezzanine, 1U enclosure, IP cores in Verilog managed with NETCONF/YANG interface

A power efficiency accelerator for wide range of CNN application.

This portable intelligent system provides non-intrusive monitoring for SIDs.

Forest guard is an edge device that will detect forest fire, illegal entry to the forest, hunting, environmental condition.

Reducing error in Yield estimation for Sugar Cane Precision Farming through Machine vision aided weighing operations

Automating the process of preparing broadcasts for duplicate bridge competitions using a DNN-based detection system.

One-stop-shop development environment for a mobile machine controller using Kria KV260

Employ Xilin's Varium to execute Fully Homomorphic Encryption over the Torus (TFHE), in particular the FFT and Lagrange Mult.

Altering person card entry and manual tracking system to AI enabled solution using Xilinx Vitis-ai on VCK5000.

BYOTEE is an infrastructure for building multiple equally secure TEEs by utilizing commodity SoC FPGA devices.

Smart device that monitors unattended kitchen cooking appliances using computer vision with Machine Learning.

A Smart Camera that can switch AI detection models based on distance measured by a time-of-flight sensor.

A tools for measuring social distance

A ROS Robot capable of navigating and monitoring patients autonomously

FPGA mining for various blockchain algorithms ( Ethash, Sha256, Kawpow, Blake2s , Blake3, Autolykos), swap FPGA bitsreams on the fly.

While hardware acceleration in robotics collision avoidance is not a new concept, the Xilinx KV260 brings scalability to the table.

Using Kria KV260 at the edge to enable better HWC management and study of wildlife, starting with Macaques.