
During November 2024, Touchte developed a new AHDC Signal Extraction Mode for the JeffersonLab/coatjava repository, focusing on enhancing pulse analysis and timing precision. The work centered on ModeAHDC.java, where Touchte implemented waveform correction, fitting routines, and advanced time extraction using CFD and CFA algorithms. By enriching Pulse objects with detailed timing information, the update improved downstream data analysis and enabled more accurate event timing for detector physics applications. The project demonstrated strong skills in Java, data analysis, and signal processing, reflecting a deep understanding of algorithm integration and the requirements of high-precision experimental data workflows in scientific software.

Monthly summary for 2024-11: JeffersonLab/coatjava. This month, we delivered a new AHDC Signal Extraction Mode with significant enhancements to pulse analysis and timing capabilities. Key features were implemented in ModeAHDC.java, including waveform correction, fitting, and time extraction using CFD and CFA algorithms. Pulse objects now carry detailed timing information to improve downstream analyses. There were no major bugs fixed this month; the focus was on feature development and integration. Overall, this work advances data quality and enables more precise event timing for AHDC signal analysis. Technical work demonstrates strong Java development, signal processing, and algorithm integration skills. Commit reference for the main feature: 2d513b944305a185bc8cd31a77c833ce65a3a8e5.
Monthly summary for 2024-11: JeffersonLab/coatjava. This month, we delivered a new AHDC Signal Extraction Mode with significant enhancements to pulse analysis and timing capabilities. Key features were implemented in ModeAHDC.java, including waveform correction, fitting, and time extraction using CFD and CFA algorithms. Pulse objects now carry detailed timing information to improve downstream analyses. There were no major bugs fixed this month; the focus was on feature development and integration. Overall, this work advances data quality and enables more precise event timing for AHDC signal analysis. Technical work demonstrates strong Java development, signal processing, and algorithm integration skills. Commit reference for the main feature: 2d513b944305a185bc8cd31a77c833ce65a3a8e5.
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