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fdir 开源项目推荐(18 个)
fdir 话题在 GitHub 上没有填写简介,这里按 Star 数汇总最相关的热门仓库。
热门项目 全部 18
GitHub 共 18 个仓库,已全部展示快速准确地编写JavaScript的gob匹配器,没有依赖项,完全支持标准和扩展的Bash gob功能,包括大括号、extglobs、POSIIX括号和正规表达。由GraphQL、Jest、Astro、Snowpack、Storybook、Bulma、Servless、fchar、Netlify、AWS Amplify、Revogrid、rollup、routify、open-wc、imba、ava、docusaurus、fast-gob、globby、chokidar、anymatch、cloudflare/minifflare、pts和超过500万个项目使用!请关注picomatch的作者:https://github.com/jonschlinkert
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Virtual Satellite 4 - FDIR Application
Fault-tolerant GNC avionics suite for bench-top model rocketry — attitude estimation, closed-loop control, and bidirectional ground station on Raspberry Pi 5
🛰️ Self-Managing Amateur Radio Transponder (SMART-QSO) 📡 A 1U Amateur Radio CubeSat powered by AI 🤖
Simulation-first onboard anomaly triage for delayed-ground deep-space operations. DSAT replays seeded faults, scores line-confidence, ranks likely cause classes, gates unsafe recovery actions, and preserves evidence for later ground review and delay-tolerant sync.
MSc thesis: generative digital-twin methods for spacecraft FDIR. A class-conditional WGAN-GP produces synthetic telemetry faults, evaluated as a substitute for real fault labels and as a controllable fault source, on NASA SMAP/MSL under a leak-free held-out protocol.
CubeSat Flight Software and GNC implementations in C++
Sim-to-Real 6-DoF Spacecraft GNC & Non-Cooperative Docking Testbed. Hardware-equivalent AXI4-Lite/UIO SIL simulation with FDIR & autonomous robotics.
CubeSat autonomous flight-software simulator: scheduler + EPS + GNC + FDIR + comms + on-board edge-AI payload (TUA Astro Hackathon)
Self-diagnosing aircraft digital twin: fault detection, diagnosis and capability-aware recovery for a simulated drone, with a 1,620-flight fault campaign, requirement traceability and an interactive flight replay.
IX-Style is an assured-autonomy reference architecture for aerospace systems: runtime assurance, FDIR, trust-aware degraded modes, recovery gating, operator decision support, and tamper-evident evidence for why safety-critical decisions were made.
A simulated flight software pipeline for satellite telemetry FDIR. This purely synthetic environment utilizes a Kalman-Neural Centaur architecture: Linear Kalman Filters handle deterministic physics while GPT-5.1 generates SITREPs during simulated EW jamming events. Built with Poliastro to validate theoretical FDIR logic against synthetic datasets.
Deterministic FDIR (Fault Detection, Isolation & Recovery) engine for satellites. Mitigates Single Event Upsets (SEU) via formal invariant verification. Public validation module.
This project is part of the TOLOSAT flight software, which I am currently developing. The goal is to create a Fault Detection, Isolation, and Recovery (FDIR) mechanism for robust fault management.
A Software-in-the-Loop (SITL) simulation framework for autonomous satellite self-healing. Features local-first Flight Software (FSW) with ML-based anomaly detection to autonomously recover from adversarial C2 command injections in a physics-accurate orbital environment.
关于这个话题
- 清单取自 GitHub 话题页并按 Star 数排序,每次展示前 18 个项目;原始页面见 https://github.com/topics/fdir。
- 该话题在 GitHub 上共有 18 个仓库, 本站收录的是其中最热门的 18 个,不是全量列表。
- Star / Fork 每日自动刷新一次,实时数据以 GitHub 为准。
- 当前 18 个项目累计 3126 Star,覆盖 7 种主要语言,数据更新于 2026-11-06。
- 中文介绍来自 GitHub 官方话题说明(github/explore)的机器翻译,可点「查看原文」对照;译文缺失时会先展示原文。