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.
Visualize solar panel data. Automatic overproduction charging.
A Python asyncio Tinkerforge API implementation
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.
Measurement framekwork for GPU power consumption.
Adapter for ioBroker: Monitors and controls a wallbox (WARP charger) by Tinkerforge
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).
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.
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.
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