MATLAB signal-processing, analysis, calibration, and visualization tools for Neutron TimeCube detector data and neutron characterization research.
IPAnalyzer converts Debye-Scherrer ring images from imaging plates and flat-panel detectors into 1D diffraction profiles, calibrates the measurement geometry, and works with PDIndexer.
MIDAS4PIL - Lightweight Python package for synchrotron powder/HP diffraction data reduction with Pilatus and Eiger detectors. Pixel-matched variable bin (varbin) integration, full detector geometry correction, and PySide6 GUI. No MIDAS/pyFAI dependency.
Hubble charge-transfer-efficiency trail study using source-linked detector data and reproducible diagnostics to examine readout-induced morphology, CTI/CTE systematics and their impact on astronomical image measurements.
LATTICE: falsification-driven research on space-radiation environments, astronomical CCD damage and charge-transfer inefficiency, combining HST measurements, Euclid/Gaia audits, radiation proxies, state-space inference and explicit validation gates.
Hubble infrared ramp-systematics diagnostic using source-linked observations and reproducible checks to examine detector settling, time-dependent flux behavior and the limits these effects place on precision photometry.
Turkish LLM watermarking: detector calibration, scheme fragility, and the TR-WM-EVAL benchmark. Research fork of MarkLLM.
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