Deep Learning Approach for UWB Applications (IEEE Journal of Biomedical and Health Informatics)
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Updated
Jan 7, 2021 - Jupyter Notebook
Deep Learning Approach for UWB Applications (IEEE Journal of Biomedical and Health Informatics)
VibSense: A ~3kHz wireless vibration sensor powered by M5stack-core & MPU6886, optimized with RTOS for real-time measurements.
NRF52832 + BME280 Wireless Sensor
Wireless temperature sensor which uses an MSP-EXP430FR2433 LaunchPad, 430BOOST-CC110L wireless transceiver, BOOSTXL-BATTPACK LiPo power source, and 430BOOST-SHARP96 low-power display.
Receive wireless sensor for outdoor temperature/humidity like TX29 or similar
Read wireless sensordata received via TinyRX4
Command-line tool & python library to receive & decode signals of FT017TH wireless thermo/hygrometers 🌡
pyVibSense: UI for real-time data collection with the VibSense wireless vibration sensor.
NRF24L01 based wireless monitoring system. Consists of WirelessBase and WirelessSensor modules. Primarely used as an intercom and a landline ring light indicator for people with hearing issues
TiNo2 ("Tiny Node 2nd generation") is a small, battery operated wireless sensor working in the sub-GHz ISM Band.
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