This application is designed for showing Yinwei’s Phd thesis. The thesis is about exploring relationship between photon space and colour gamut for creative human-computer interaction.
The purpose of this thesis is to stimulate human creativity by helping perceive the energy of colour, and it is suitable for the Achromatopsia users. The traditional computational colour metric cannot achieve this purpose.
This thesis solved two research problems by a combinational creativity approach, with the classic mediation effect parameter estimation verification method.
The first research problem is the traditional gamut metric in computers cannot evaluate human-computer interaction. In order to solve this problem, this study introduced a combinational creativity approach by associating the human brain’s colour response data with the colour photon energy theory, to create an enriched colour model, comparing it with the three standard electronic colour gamut algorithms, and transforming all colour models into each other. In this way, to reach the goal that gamut metric in computers can evaluate human-computer interaction.
The second research problem is the standard computational colour space is limited in the traditional LED screen and cannot measure in wavelength directly. In another word, there is a shortage of colour space metrics for the brain-computer interface projection screens. To solve this metric shortage, the thesis enriches colour gamut transformational algorithms based directly on wavelength. Therefore, when the models are transforming with each other, it solves a second research problem at the same time.
This thesis contribution is unified and enriched the three standard electronic colour models, providing the transformable metric model for human brain-computer interface usage.
Contact: yl697@leicester.ac.uk
English