Reconstruction of Indoor Environments Using VLP-16 and Tinkerforge IMU 2.0
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Updated
Nov 1, 2019 - Makefile
Reconstruction of Indoor Environments Using VLP-16 and Tinkerforge IMU 2.0
Design layouts for 20x4 or 16x2 LCD Displays (with HD44780 controller) connected to Arduino, Raspberry Pi or other.
A Python asyncio Tinkerforge API implementation
Visualize solar panel data. Automatic overproduction charging.
A simple application to detect free available parking spots using Tinkerforge. Developed for Fog Computing course @ TU Berlin
A temperature controller based on a Raspberry with Tinkerforge hardware which maintains and monitors the temperature.
Application to create custom characters for LCD displays.
Adapter for ioBroker: Monitors and controls a wallbox (WARP charger) by Tinkerforge
Measurement framekwork for GPU power consumption.
Prometheus (+MQTT) exporter for Tinkerforge's brickd
A Utility to show connected Tinkerforge Bricks and Bricklets!
Motion detection sensor triggered capture and combination of video and audio from D-Link network cameras and Raspberry Pi Camera
Domoticz plugin to interact with the Tinkerforge LCD 20x4 Bricklet.
Writes logbooks and serves as a relay hub to broadcast data from different sensors: Tinkerforge, MQTT, HomeMatic, and JSON values from files or via HTTP(s).
This project demonstrates a possible implementation of a smart door, which can be opened and closed remotely. It uses tinkerforge devices as hardware and MQTT for communication.
Measure, from an Indoor Air Quality Station (using TinkerForge Building Blocks), the Air Quality Index & Accuracy, Air Pressure, Humidity, Temperature, Illuminance and display the values in Domoticz Home Automation System.
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