📝 Streamline Markdown integration with your applications using MarkItDown's versatile tools and MCP server for seamless LLM compatibility.

A webpage application that can detect motion using Wi-Fi signal. This application provides basic tools for data collection, model generation and model application.

Dynamically deploy Stateful Persistent Node-Local Volumes & Filesystems for Kubernetes that is provisioned from RAW-device file loop mounted Local-Hostpath storage.

A lightweight Persistent storage solution for Kubernetes / OpenShift / Nomad using GlusterFS in background. More information at https://kadalu.tech

The python library for working with the ESPARGOS WiFi channel sounder

This refers to the dataset of the paper CSI4Free: GAN-Augmented mmWave CSI for Improved Pose Classification

VAST's Container Storage Interface (CSI) Driver

This is the prediction component of the CSI train delay insurance. It aims to predict the delay probability of a train journey in Germany using machine learning.

[INFOCOM WKSHPS 2024] Official Repository for The Paper, Finding the Missing Data: A BERT-inspired Approach Against Package Loss in Wireless Sensing

This contains the plug and play code for "mmHSense: Multi-Modal and Distributed mmWave ISAC Datasets for Human Sensing"

A Realtime Wi-Fi Sensing System Demo

[ICCC 2025] Official Repository for The Paper, KNN-MMD: Cross Domain Wireless Sensing via Local Distribution Alignment

[IEEE IOT-J] Official Repository for The Paper, CrossFi: A Cross Domain Wi-Fi Sensing Framework Based on Siamese Network

[GLOBECOM WKSHPS 2025] Official Repository for The Paper, LoFi: Vision-Aided Label Generator for Wi-Fi Localization and Tracing

NR 3GPP CSI codebook typeII and typeII-rel16 PMI coefficients and precoding matrix calculator

Official Repository for The Paper, CSI-BERT2: A BERT-Inspired Framework for Efficient CSI Prediction and Recognition in Wireless Communication and Sensing

This is a HUAWEI wireless algorithm competition about channel state information estimation, we have won the second prize!

Project involves building an AR system using a Raspberry Pi Zero 2 W, a camera, and a 5.5-inch display (1920x1080). The system captures real-time video, processes it for enhanced quality, and splits the image into two equal halves for AR goggle functionality. Additionally, it integrates environmental sensors for air quality.

Python CSI processing and visualisation tools for Atheros, Intel, Nexmon, ESP32, FeitCSI, and PicoScenes (USRP, etc) formats.

Kubernetes operator for automatically creating volume snapshots