\bibliographystyle{plain} \bibliography{references}
: In standalone mode, it can achieve a mean square error of approximately 1.2 meters , providing reliable navigation even without real-time corrections.
The data analysis module provides tools for data cleaning, filtering, and transformation. epskit
\begin{document}
EPSKit can be extended using:
: The module supports raw measurement registration at rates up to 20 Hz , allowing for granular data collection during high-speed flights. Specialized Features for Aerial Surveying
EPSKit provides options for customization, including: epskit
# Perform data analysis result = ek.analyze_data(data)
\end{document}
\bibliographystyle{plain} \bibliography{references}
: In standalone mode, it can achieve a mean square error of approximately 1.2 meters , providing reliable navigation even without real-time corrections.
The data analysis module provides tools for data cleaning, filtering, and transformation.
\begin{document}
EPSKit can be extended using:
: The module supports raw measurement registration at rates up to 20 Hz , allowing for granular data collection during high-speed flights. Specialized Features for Aerial Surveying
EPSKit provides options for customization, including:
# Perform data analysis result = ek.analyze_data(data)
\end{document}