Microcontroller-friendly C implementation of Recursive Least Squares (RLS) for running gradient analysis, including linear, cubic, and quadratic trends, optimized for real-time trend and peak detection
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Updated
Jan 3, 2025 - C
Microcontroller-friendly C implementation of Recursive Least Squares (RLS) for running gradient analysis, including linear, cubic, and quadratic trends, optimized for real-time trend and peak detection
Software de instrumentación en Python para NI VirtualBench: generación de barridos frecuenciales, medición de -> ganancia y fase, visualización de diagramas de Bode, control de fuentes DC y exportación de datos.
JAX-powered Python toolkit for batched nonlinear oscillator time responses and synthetic frequency sweeps.
Free full-screen online screen color and dead pixel tester for monitors, laptops, and mobile displays along with speakers health testing.
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