
Alisan Ozdrina contributed to the NuRadioMC repository by focusing on deployment reliability and signal processing accuracy. Over two months, Alisan improved the portability of channelSineSubtraction by removing hardcoded local library paths, ensuring the code relied on globally installed libraries and maintained consistent behavior across development, CI, and production environments. Additionally, Alisan addressed a normalization bug in the Goertzel amplitude estimation pipeline, refining the scaling logic to produce more accurate amplitude estimates and reduce residuals in signal reconstruction. These changes demonstrated proficiency in Python, numerical analysis, and environment configuration, resulting in more robust and maintainable scientific software infrastructure.
February 2025 focused on stabilizing amplitude estimation in NuRadioMC by fixing the Goertzel normalization bug and refining the amplitude estimation pipeline. This ensured more accurate channelSinewaveSubtraction, reducing residuals and improving downstream signal reconstruction.
February 2025 focused on stabilizing amplitude estimation in NuRadioMC by fixing the Goertzel normalization bug and refining the amplitude estimation pipeline. This ensured more accurate channelSinewaveSubtraction, reducing residuals and improving downstream signal reconstruction.
December 2024 monthly summary for NuRadioMC: Portability and deployment improvements through removal of hardcoded local library path for channelSineSubtraction. Core functionality preserved; environment setup and cross-environment consistency improved across development, CI, and deployment targets.
December 2024 monthly summary for NuRadioMC: Portability and deployment improvements through removal of hardcoded local library path for channelSineSubtraction. Core functionality preserved; environment setup and cross-environment consistency improved across development, CI, and deployment targets.

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