Aviation Documentation

Real-time aviation safety monitoring with 91.2% accuracy and <8ms latency

GitLab Repository Live Website
91.2% Detection Accuracy
<8ms Processing Latency
1,247 Commercial Flights
5 Airlines Validated

Installation

Complete guide to install and configure OSEF Framework from PyPI

PyPI Package

Source Code

Access the complete source code across GitLab, GitHub, and Codeberg

View Source

Research Paper

Scientific paper with DOI and academic citation on OSF

Read Paper

Academic Archive

Complete project archive on Zenodo with citation file

View Archive

Analytics Dashboard

Live analytics and monitoring dashboard for flight data

View Dashboard

Simulation

Flight dynamics simulation and testing environment

Run Simulation

Quick Start

Install from PyPI:

pip install osef-framework

Clone from GitLab:

git clone https://gitlab.com/emeraldcompass/Aviation.git
cd Aviation

Basic Usage:

from osef_framework import RealTimeMonitor

# Initialize monitor
monitor = RealTimeMonitor()

# Detect Creative Chaos Zones
result = monitor.detect_ccz(flight_data)

print(f"CCZ Detected: {result['ccz_detected']}")
print(f"Stability Index: {result['stability_index']:.3f}")

Project Resources

Resource Description Link
Main Website Official project website with live demos aviation-b01.netlify.app
Zenodo Archive Complete academic archive with citation DOI: 10.5281/zenodo.18143237
Research Paper Scientific paper with full methodology DOI: 10.17605/OSF.IO/RJBDK
GitLab Repository Primary source code repository gitlab.com/emeraldcompass/Aviation
PyPI Package Python package for easy installation pypi.org/project/osef-framework
OSF Project Open Science Framework project page osf.io/6c7d4

Alternative Repositories

Primary Repository: GitLab

https://gitlab.com/emeraldcompass/Aviation

Mirror Repositories:


Codeberg:   https://codeberg.org/emerladcompass/Aviation
Bitbucket:  https://bitbucket.org/gitdeeper/aviation/