Development of SPEL - Open Star Tracker (SOST) - Software tested in our nanosatellites SUCHAI-2/3 AND PlantSAT
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Updated
Sep 8, 2024 - Python
Development of SPEL - Open Star Tracker (SOST) - Software tested in our nanosatellites SUCHAI-2/3 AND PlantSAT
GitHub Action that tracks star counts across your repositories: charts, badges, reports and email notifications when they change
A modified version of rDUINOScope that works with Adafruit 3.5" 320X480 TFT SPI mode, Updated to the latest firmware version V_2.3.1.
Official Firmware for DIY astronomical telescope mounts. This firmware is the 2.x successor of OpenAstroTracker-Firmware.
This repository contains codes for hardware testing of STADS (Star Tracker-based Attitude Determination System)
rDUINOScope - Arduino based telescope control system (GOTO) fork - ILI9488 version
GNSS-denied space navigation: star tracker, lunar TRN, VO, and hazard-aware routing.
Sub-pixel spacecraft attitude determination from real NASA TESS satellite imagery (deep learning + classical geometry)
GitHub Trending Radar — Automated Hot & Breakout Repos Dashboard powered by GitHub Actions
Android, iOS, Windows, and macOS app to wirelessly control an Arduino star tracker written in Dart.
An open source German Equitorial Mount for Astrophotography
Server for star detection mobile application
⭐ Star Tracker & Coordinate Matcher - Python tool for astronomical star identification and coordinate mapping using image processing
Open-source DIY GoTo Star Tracker using ESP32 and NEMA17 pancake for astrophotography.
Synthetic star-image simulator and visualization layer for spacecraft attitude determination
A C++ program that calculates the horizontal coordinates of a star based on an observer's geographic location
Adaptive star-centroiding algorithm selection and stress-test benchmark under simulated spaceborne noise.
C++/OpenCV catalog-based star tracker pipeline for star detection, Hipparcos catalog matching, Pyramid-based identification, reprojection verification, and attitude estimation using SVD and QUEST. Ideal-camera algorithm validation is working. The transition to a calibrated real-camera pipeline has not yet been validated.
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