Open Hardware: CMSIS and Arduino

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This dad built an adaptive USB keyboard for his son and other kids with muscular conditions
Having a disability can severely impact one’s ability to perform tasks that others do regularly, such as eating, walking, or even speaking. One maker by the name of ‘gtentacle‘ has a son who needs to use a ventilator constantly in order to breathe as he suffers from a myotubular myopathy, a disease that greatly impacts the strength of his muscles. Due to his condition, he is unable to talk; however, that that didn’t stop his father from coming up with a solution. This project involves five Logitech Adaptive Buttons and an Arduino Micro to type in letters for a text-to-speech (TTS) system to read.
Up to 20 letters can be entered in total, and each one can be accessed with a grid-type system. For instance, the letter ‘T’ can be typed by pressing the 3 button followed by the 2 button. The ‘Enter’ command is sent whenever button 5 is the first key pressed. Thanks to the ATmega32u4, the system works with any device that supports a USB keyboard and has TTS software. The project’s creator even used it with Android Talkback.
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Arm introduces Open-CMSIS-Pack and Keil Studio Cloud for MCU software development - CNX Software
But apparently, not all components are, and Arm has now announced the Open-CMSIS-Pack project that will move part of CMSIS into the open project in collaboration with the Linaro IoT and Embedded Group.
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Sync Google Drive with Arduino Science Journal projects
Students and teachers can now sync Google Drive with their Arduino Science Journal experiments. This means you can access experiments from any device using your Arduino account. The brand new Google Drive integration is available through the latest app update.
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Create your own low-cost contactless IR thermometer with Arduino | Arduino Blog
In the age of COVID-19, being able to know when someone’s sick is vital, especially in countries where the disease is currently surging. It’s for this reason that Open Green Energy decided to build a battery-powered portable thermometer that not only takes a person’s temperature but also alerts other if it’s too high.
At the heart of the device is an Arduino Nano that takes in temperature data from a GY-906 module and displays it on a 0.96” OLED screen. Additionally, there’s an IR emitter/receiver that detects when a person is in front of the thermometer so their temperature can be read. If the value falls within the acceptable range, a green LED lights up, but if the value is too high, such as in the case of a fever, a buzzer begins to sound, and the red LED turns on.
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