Dive into Machine Learning with Python Jupyter notebook and scikit-learn!
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Updated
Mar 31, 2020
Dive into Machine Learning with Python Jupyter notebook and scikit-learn!
Build your own VR headset for $100.
The fairest of them all. A DIY voice controlled smart mirror with IoT integration.
A curated list of amazingly awesome Home Assistant resources.
Open Home Automation with Home Assistant, ESP8266/ESP32 and MQTT
The OpenSCAD script and ordering guide specify 3.2mm MDF for the laster-cut parts. Unfortunately, it looks like Ponoko no longer carries 3.2mm. In some commentary in the ordering guide @scottbez1 suggests that it's possible that the material was always 3.0mm and that the Ponoko was just listing it incorrectly as 3.2mm.
So, I tried ordering a parts using 3.0mm MDF with the latest release but thi
electronic Hydrometer
Home automation platform
Example project to demonstrate packet injection / sniffer capabilities of ESP8266 IC.
(OBSOLETE) ESP MQTT JSON Multisensor for Home Assistant. Supported sensors include the TEMT6000 light, AM312 PIR, DHT22 temperature/humidity sensors. RGB led supports flash, fade, and transition. Over-The-Air (OTA) uploading, too!
For the current PRs, it would be great to have the docs built on RTD as they would be when deployed, for easy review and checking that things work the same as they do locally.
RTD has implemented the feature and talks about it here: https://blog.readthedocs.com/building-docs-for-pull-requests/
Since it's currently (as of Oct 2019) in beta, it requires emailing them to set it up:
Building
Achoo uses a Raspberry Pi to predict if my son will need his inhaler on any given day using weather, pollen, and air quality data. If the prediction for a given day is above a specified threshold, the Pi will email his school nurse, and myself, notifying her that he may need preemptive treatment. Community-sourced health monitoring!
A list of projects that were or will be featured in Weekly Robotics newsletter
Turn your Raspberry Pi into an Oscilloscope/XY Plotter with Python
Software to create a Raspberry Pi based wordclock
Temper is a compact temperature sensor based on ESP8266 and SHT30 with large 13x7 pixel led display.
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Do you have any explanation or reference for this formula?
https://github.com/mysensors/MySensors/blob/f4fd69eb131cd5df5572bc9018d3aa2245020123/examples/DustSensorDSM/DustSensorDSM.ino#L136