Investigation into how novel Quantum Dot Lighting panels can be controlled using artificial intelligence to create therapeutic effects to users

这项研究将探索量子点（QD）的新兴技术，以可控的方式发射全色光。三星推出了用于电视的全彩QD显示器。它们是低功率的，但具有无与伦比的调色板、清晰度和亮度。博士将专注于将从电视显示器获得的知识应用于照明。在这里，包含QD的塑料面板照明器可以形成天花板、墙壁或地板照明。从本质上讲，一个房间可以是一个“灯箱”。研究的问题是如何驱动和控制3D照明与光场内的主题。我们如何使用这种光的新功能，如情绪增强，光疗和增强工作输出。此外，QD照明面板的物理功能必须进行调整，以考虑老化效应。在这种情况下，智能灯成为一个“大数据”驱动的元素。将人工智能方法应用于从灯光和用户体验中收集的数据，以实现和预测新功能，同时优化能源使用将是博士研究的重点。

This research will explore the emerging technology of quantum dots (QD) for emitting full colour light in a controlled manner. Full colour QD displays for TV have been introduced by Samsung. they are low power but with unmatched colour palette, definition and luminosity. What the PhD will focus on is taking the knowledge gained from TV displays to lighting. Here plastic panel luminaries incorporating QDs can form ceiling, wall or floor lighting. In essence a room can be a 'light box'. The research question is how do you drive and control 3D lighting with the subjects within the light field. How can we use this light for new functions such as mood enhancement, photo therapy and enhanced work output. In addition the physical functioning of the QD lighting panels must be adjusted to take into account ageing effects. The smart light in this context becomes a 'big data' driven element. The application of artificial intelligence methods to data collected from the lights and user experience to enable and predict new functionalities while optimising the energy usage will be the focus of the PhD research.