Predictive Maintenance Using Machine Learning on Edge Devices
Find out how to measure motor vibrations using the Sensor Featherwing and create a Machine Learning algorithm on the Portenta board to detect anomalies.
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What's Inside Your Fitness Watch?
Fitness watches are being used more and more in our daily lives. They monitor many health-related factors, like heart rate and blood oxygen levels.
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How to Build a Smart Mailbox, Get Alerts
Tired of checking your traditional mailbox every day and finding it empty? In this project, we will create an easy LPWAN (low-power wide-area) application, which will connect the mailbox to the cloud
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Bluetooth Mesh Network with Silicon Labs
Silicon Labs Thunderboard™ Sense 2 is a compact multi-sensor and multi-protocol development kit. This kit features a broad range of sensors and based on the powerful EFR32™ Mighty Gecko Wireless SoC
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Connecting the Thingy:91 Using NB-IoT to the nRF Connect Cloud
The Nordic Thingy:91 is a low power Multisensor Prototyping kit that enables designers to kickstart a c-IoT (cellular Internet of Things) project.
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Build a Smart Home Dashboard
Using the Ambimate MS4 sensor module, this smart home dashboard project shows how easy it is to host multiple environmental sensors on a very compact package.
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Getting Started With The Hello FPGA Kit
This project will help you get started with Digital Signal Processing and Artificial intelligence applications using the Hello FPGA Kit.
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Create Home Automation with Arduino IoT Cloud
In this project, we'll learn how to create different voice-controlled home automation applications using an Arduino MKR WiFi 1010 board, the Arduino IoT Cloud, and an Amazon Alexa device.
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How to Build Your Own Indoor Air Quality Monitor
In this project, we build an indoor air quality monitor using the PIC-BLE and Air Quality 7 Click. Learn to read the sensor data from the I2C interface and sent it over BLE to a mobile device.
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Extending WSN Battery Life With Energy Harvesting
Wireless sensor nodes are being used increasingly more in our daily lives. Batteries, which usually power these sensor nodes, have a limited lifetime, and eventually must be replaced or recharged.
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Self-Powered Wireless Sensor Nodes with Energy Harvesting
(Source: deepadesigns/Shutterstock.com) Wireless sensor nodes (WSN) are gaining more attention in recent years. One of the main advantages of a WSN is its ability to monitor data of various...
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AI Research at Technical University Munich
Rafik Mitry from Mouser Electronics Interviews Professor Alois Knoll (Source: Andrey Suslov/Shutterstock.com) In September, I chatted with Professor Alois Knoll, Technical University of...
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A Year Later, How Does My Smart Mailbox Perform?
(Source: Mouser Electronics) One year ago, I designed a Smart Mailbox using the Arduino MKRFOX 1200 board. The board connects to the cloud through the SigFox network. The Smart Mailbox was...
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