The irrigation system based on AI is made with an Arduino UNO and soil moisture sensor. The control system uses neurons to make decisions...
Implementation real time image captioning and speech on Raspberry Pi by deep learning CNN and RNN.
FPGA-based Binary Neural Network acceleration used for Image Classification on the Avnet Ultra96 based on the Xilinx Zynq UltraScale+ MPSoC.
CNNs on EEG readings help predict seizures with a wearable device. Patients can prepare for an event and reduce anxiety and side effects.
This guide provides detailed instructions for targeting the VART samples from the Xilinx Vitis-AI 1.1 flow for Avnet Vitis 2019.2 platforms
A sassy virtual assistant, with Wolfram API access and real-world control
Self-driving rover using computer vision and deep learning to identify and clean up small pieces of trash.
The system is designed to detect unauthorized entry (face masks), that are essential to protect ourselves and to avoid spreading COVID-19.
Allows the reading impaired to hear both printed and handwritten text by converting recognized sentences into synthesized speech.
Using Ultra96 and NCS to detect and classify skin cancer.
Now, you can track your parcels using voice commands to a Raspberry Pi running Google Assistant SDK.
Artificial Intelligence (AI) based line Following robot is a robot that a sense of detecting the correct path for its route.
Autonomously functioning farmbot integrating IoT, image processing, automation, and Android application.
Learn how to use Edge Impulse's TinyML platform to gather data, train a model, and deploy it to a device of your choice.
Control Wemos D1 mini or NodeMCU using Google Assistant without IFTTT and MQTT. Also you can stream internet Radio stations by voice.
Hardware platform combined with DeepLib, an easy to use but yet powerful DeepStream based Python Library, and a web IDE
Using Azure IoT Edge on Nvidia Jetson Nano with Time Series Insights to detect objects in video feeds with offsite recording to the cloud.
We collaborated with Nanonets for automation of remotely monitoring progress of a housing construction project in Africa.
Get Xilinx Vitis AI hardware accelerated inference up and running with minimal effort using Python and PYNQ!
Home robot-tank for AI researches, built with open-source hardware, powered by Raspberry Pi, has OpenCV and TensorFlow onboard.
Train your machine learning models in Google Colab and easily optimize them for hardware accelerated inference!
RB-0 is a hobby sized rover that uses the same suspension concept as NASA's newer differential-bar rovers. It uses a Jetson Nano + camera.
This guide provides detailed instructions for targeting the DNNDK samples from the Xilinx Vitis-AI 1.1 flow for Avnet Vitis 2019.2 platforms
Using AI to detect dangerous bacteria and harmful particles in the water.