Titlebook: Color in Electronic Display Systems; Advantages of Multi- Michael E. Miller Book 2019 Springer Nature Switzerland AG 2019 Color rendering i

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Springer Nature Switzerland AG 2019

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https://doi.org/10.1007/978-3-031-38647-3h influence the perception of color. We begin with a walk in the wild to explore our changing perception of color. We explore this experience, describing color in a three-dimensional space, which changes as illumination changes. This experiential exploration emphasizes the fact that is important to

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Computer Simulations in Science,ethods of specifying color. This chapter investigates the properties of human vision and basic color science metrics that will be useful to understand multi-primary displays. We begin by reviewing the basic anatomy of the human eye and the functions of the basic structures which are important to our

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Introduction: Simulating Security Returns,iating the measurement of luminance and illuminance . We then explore illumination both in our natural world as well as artificial illumination we employ every day in our manmade world, comparing and contrasting daylight and artificial illumination. We conclude this chapter by discussing

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https://doi.org/10.1057/9781137465559ttributes of this portion of the system before we finally turn our attention to displays. In this chapter, we discuss common components and attributes of digital cameras. Included will be a discussion of sensor technology which illustrates sensors analogous to our multi-primary displays. From the ca

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Frédéric Amblard,Walter Quattrociocchielements. Of course, changes in the spatial quality of the display occur as a result. As we will discuss, at times the use of multi-primary displays may require more light-emitting elements to be built into the display than would be necessary for an RGB display. However, conditions are discussed in

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Nuno David,Nuno Fachada,Agostinho C. Rosaby narrow bandwidth emitters and filters provides an important display characteristic, permitting highly saturated colors to be rendered appropriately. However, broad bandwidth emitters and filters often provide higher energy efficiency, greater eye sensitivity, and a reduction in the likelihood of