Ce projet est un serveur de suivi de localisation en intérieur et un moteur d'empreinte sans fil conçu pour calculer la position physique d'appareils Wi-Fi au sein d'un bâtiment. Il fonctionne comme un framework de positionnement local qui mappe les forces des signaux sans fil à l'espace physique sans avoir besoin de balises matérielles dédiées.
Les fonctionnalités principales de schollz/find sont : Indoor Positioning Systems, K-Nearest Neighbor Retrieval, Local Positioning Frameworks, Signal Fingerprinting, RF Signal Sampling, Wi-Fi CSI Sensing, Calibration Baselines, Weighted Centroid Localization.
Les alternatives open-source à schollz/find incluent : kootenpv/whereami — whereami is an indoor geolocation tool and WiFi indoor positioning system designed to estimate a user's physical… schollz/find3 — find3 is an indoor positioning framework that determines physical locations inside buildings by analyzing wireless… adriankumpf/teslamate — TeslaMate is a self-hosted system for recording and archiving telemetry from Tesla vehicles to a local database. It… evcc-io/evcc — evcc is an open-source home energy management system and solar charging optimization engine. It coordinates solar… francescopace/espectre — Espectre is an edge machine learning framework and motion detection platform that uses Wi-Fi Channel State Information… freika/dawarich — Dawarich is a self-hosted location history manager and travel journaling platform. It functions as a personal travel…
whereami is an indoor geolocation tool and WiFi indoor positioning system designed to estimate a user's physical position within a building. It functions as a machine learning location predictor and WiFi signal scanner that maps wireless network patterns to specific geographic coordinates or room labels. The system utilizes a predictive pipeline to train models that translate wireless network fingerprints into location data. It identifies physical positions by analyzing signal strengths from available wireless infrastructure and comparing live scans against trained databases of known signal f
find3 is an indoor positioning framework that determines physical locations inside buildings by analyzing wireless signal patterns and hardware fingerprints. It functions as a machine learning location classifier that matches real-time signal data against a database of known fingerprints to identify internal positions. The system includes a wireless signal fingerprinting tool used to scan hardware interfaces and collect signal strength data for location mapping. This data is maintained in a compressed relational signal database designed for fast retrieval of hardware addresses and signal stre
TeslaMate is a self-hosted system for recording and archiving telemetry from Tesla vehicles to a local database. It functions as a vehicle data logger and telemetry dashboard designed to maintain a complete history of driving and vehicle state data locally. The system includes a vehicle charging cost tracker to monitor the financial cost of charging sessions based on energy usage and electricity rates. It also features a geofencing location manager for defining custom geographic boundaries to automatically label visited locations and a home automation data broker that publishes real-time vehi
evcc is an open-source home energy management system and solar charging optimization engine. It coordinates solar inverters, electric vehicle chargers, home batteries, and smart devices to route surplus solar energy to load points, optimizing energy use and minimizing grid costs. The platform functions as a multi-protocol charger orchestrator and ISO 15118-2 plug and charge controller, enabling automatic vehicle identification and battery state retrieval. It distinguishes itself through a plugin-based device abstraction layer and protocol-agnostic drivers that unify control across diverse har