Collect Spectral Data on Pigments, statistically analyzereflectance functions within TM-30 framework

The aim of this project seminar is to systematically find color pairswhich are metameric, i.e. they look the same under one lightsource, but differ under another.

The work investigates the fundamental limitations imposed by multi-channel LED systems on the generation of white-light spectra and analyzes their impact on color rendition, color harmony, and the selection and design of primary LED channels using optimization-based approaches.

The goal of this work is to conduct an exploratory analysis of the Kubelka–Munk theory and to investigate its implications for the color rendering of paint mixtures inside the TM-30 framework.

The development of modern headlights requires metrics for evaluation. The central basis for this is the visibility level (VL) according to Adrian, which is a non-linear metric for evaluating visibility. An uncertainty specification is required so that reliable measurement results can be specified. The effects of the individual parameters are to be investigated and the potential uncertainty of the VL modeled. For this purpose, the influencing variables are analyzed numerically, an uncertainty model is developed and typical standard values for the uncertainty of the VL are derived on the basis of the literature.