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Exploring the role of autonomous system behavior in lighting control
H.A. van Essen,Serge Offermans,J.H. Eggen +2 more
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TLDR
This position paper explores the unknown dimensions that can be used to describe control from full-user to full-system control and believes a hybrid between the two will be most desirable.Abstract:
Modern distributed lighting systems require advanced control systems because of the large amount of light sources and manipulable parameters. In this position paper we explore the unknown dimensions that can be used to describe control from full-user to full-system control. We believe a hybrid between the two will be most desirable. Combined with explicit user interaction, autonomous system behavior will create intelligent systems, able to adapt to users and contexts. This provides interesting opportunities for improved user experience as well as functional added value, for instance in energy saving or easy commissioning of light infrastructure. Based on different types of interactions, different levels of interaction-initiative and different interaction layers, a useful mapping of such hybrid control can be made. In our lighting living labs, we have implemented different controls in order to evaluate them on the basis of user experience.read more
Citations
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BookDOI
Peripheral Interaction: Challenges and Opportunities for HCI in the Periphery of Attention
TL;DR: This theory examines how interactive systems can be developed in such a way to allow people to seamlessly interact with their computer devices, but only focus on them at relevant times, building on the way in which people effortlessly divide their attention over several everyday activities in day to day life.
Book ChapterDOI
Peripheral Interaction with Light
TL;DR: In this article, the authors present three categories of interactive lighting with many concrete examples: interacting with light at the center of our attention, interaction with light outside our attentional field, and interaction with lights in the periphery of attention.
Proceedings ArticleDOI
Spatial Control Framework for Interactive Lighting
TL;DR: A multi-tiered software framework which enables the creation of new kind of user interfaces for controlling lighting and construction of intelligent solutions which automatically control lights is presented.
Interacting with light
TL;DR: From a combination of the technical parameters, the intensities of the individual LED channels in the lamp are abstracted to a unified colour space; the CIExyY colour space (“CIE 1931 color space”, 2014).
Book ChapterDOI
Interacting with Light
Alexander Wiethoff,Sven Gehring +1 more
TL;DR: It is proposed that there are various potential approaches to using implicit and explicit control mechanisms for embedded lighting systems, and two examples of experimental, novel interaction methods with light are used.
References
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