A few aioble (asyncio BLE) examples of MicroPython using esp32
- asyncio
- ble
- bluetooth-low-energy
- esp32
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A few aioble (asyncio BLE) examples of MicroPython using esp32
X Audio Copy - GTK and GNOME application for ripping CD-Audio and encoding in lossy and lossless audio formats.
Stream-first CAN & J1939 toolkit for security research and AI agents — typed JSONL events, CLI, TUI, fuzzing, MCP server.
Interpretable modeling of cellular responses to drug perturbations using cycle consistence learning
On Air Tally Indicator System
MicroPython library implementing SOCKS server.
Connect an M5Stack ATOM running MicroPython to the Google Cloud Platform (GCP) to collect air-quality variables obtained from reading sensors.
tablib renderer (xlsx, xls, csv) for pyramid
A Dashcast docker controller using MQTT
Neovim implementation of Urtext, a markup language for Python scriptable-notebooks in a text editor.
Set up and maintain a machine learning project in Tensorflow with a single script.
An esoteric programming language with prefix-free brackets
A pure Python implementation of Google's ViSQOL (Virtual Speech Quality Objective Listener) for objective audio/speech quality assessment.
Vendor-agnostic, FHIR-Genomics-aligned API contract for cross-vendor NGS interpretation. JSON Schema + TypeScript + Python pydantic.
Tooling for deploying, linting and testing relational database code
Panoptic segmentation algorithms for 2D and 3D electron microscopy images
NTP client for micropython using uasyncio
MicroPython library for controlling Reyax LoRa modules (RYLR896, RYLR406)
This project demonstrates how to interface the SHT11 sensor with a MicroPython-compatible ESP32 board (e.g., Lolin32 Lite) to measure temperature and relative humidity. It uses bit-banged communication and is written fully in MicroPython.
MicroPython-AM7020
Example using the LM75 with MicroPython on the NodeMCU ESP-12
Data ingestion engine — Singer taps to Parquet in cloud buckets
Tensorflow/Keras Plug-N-Play Deep Learning Models Compilation
Code for the experiment proposed in Section 4.2 of the paper "The Bouncer Problem: Challenges to Remote Explainability".