Provides a end-to-end understanding of color in modern LED/LC/OLED lighting and display systems Discusses various goals of color rendering and ways of achieving these goals

Enables the reader to understand the benefits of four or more color displays in modern, enhanced display systems

Provides a clear understanding of LCD/OLED/LED lighting and display systems Enables the reader to understand the benefits and tradeoffs of four or more color displays in modern, enhanced display systems Allows the reader to understand the image and color science influences on modern display systems

Autorentext
Michael E Miller is Associate Professor of Systems Integration at the Air Force Institute of Technology (AFIT), Wright-Patterson Air Force Base, Ohio, USA. Before joining AFIT, he was a senior research scientist at Eastman Kodak Company where he contributed to the development of OLED and inorganic lighting and display systems. Among his innovations was the development of the RGBW OLED display format, which is currently being commercialized in large screen televisions by LG Electronics. Mike has an MSc in Industrial and Systems Engineering from Ohio University and a PhD from Virginia Tech where his thesis was on human factors of display systems. Mike holds nearly 100 issued United States Patents in digital imaging and display systems. He is a Senior Member of the Society for Information Display and the Institute for Industrial and Systems Engineers.

Inhalt
Preface.- 1. Color from a Systems Point of View.- 2 Human Perception of Color.- 3 Scenes and Lighting.- 4 Capture Storage and Transmission Systems.- 5 LCD Display Technology.- 6 LED Display Technologies.- 7 Display Signal Processing.- 8 Spatial Attributes of Multi-Primary Displays.- 9 The Multi-Primary Advantage.- 10 Virtual and Augmented Reality Displays.- 11 Multi-Primary Displays, Future or Failure?- Glossary.