Mobile Displays Technology and Applications

This book provides a comprehensive, systematic and up-to-date overview of the existing and emerging mobile display technologies for use in a large number of applications, such as mobile telephones, PDAs and portable computers. Experts on mobile display technology from both academia and industry have contributed chapters on the design considerations and technical requirements of mobile displays, as well as advances in LCD technologies for mobile displays and advances in mobile displays interfaces. The book also covers emerging mobile display technologies such as organic light-emitting displays (OLEDs), carbon nanotube field emission displays (FEDs), plastic backplanes, electronic ink and also 'beyond direct-view' technologies, including projection displays and eye-ware displays.

Achintya K. Bhowmik is a Senior Manager at Intel Corporation, where he leads advanced video and display technology research and development, focusing on power-performance optimized mobile computer architecture. He has been an Adjunct Professor in the department of Information Display at the Kyung Hee University in Seoul, Korea. his prior work includes development of high-definition display systems based on an all-digital Liquid-Crystal on Silicon microdisplay technology, electro-optic modulation in organic molecular crystals, novel light-matter interactions, and integrated optical circuits for high-speed communication networks. he received his PhD and BTech from Auburn University, Alabama, USA, and the Indian Institute of Technology, Kanpur, India, respectively. He has authored more than 70 publications, including 16 issued patents. he is a Program Committee Member for SID and IEEE. he has been a session chair and invited speaker at a number of international conferences.

Zili Li is a Distinguished Member of the technical Staff at Motorola Labs, where he leads research groups in developing advanced mobile display technologies ranging from direct-view displays, heads-up displays, and microprojector displays. prior to Motorola, he was with Rockwell International where he developed advanced avionic display and display manufacture process. he received his PhD and BS, both in Physics, from Case Western reserve University in the US and Shandong University in China, respectively. he has more than 35 refereed publications and 17 issued US patents. He has been an invited speaker, seminar lecturer, planer, and chair at major international conferences. he is co-founder of SID Mobile Display conference since 2006 and served as vice-Chair of SID MW Chapter. He is a member of SID,SPIE, and OSA. He also serves as a member for Motorola Science Advisory Board Associates.

Philip J. Bos is a Professor of Chemical Physics and Associate Director of the Liquid Crystal Institute at Kent State University. Before joining Kent State in 1994, he was a princip0al scientist in the the Display Research Laboratory of Tektronix Inc. He received his PhD in Physics from Kent State in 1978. He has authored more than 100 papers in the field of liquid crystals and liquid crystal displays, and has over 23 issued patents. His field of interest is applications of liquid crystals, with contributions to fast liquid crystal electro-optical effects including the invention of the pi-cell. He is active in the field of displays and was twice the general chair of the International Display research Conference. he is a Fellow of the SID, and has received the Distinguished Scholar Award from Kent State University.

Introduction to Mobile Displays
Human Factors Considerations: Seeing Information on a Mobile Display
Advanced Mobile Display Technology
In-Plane Switching LCD Technology for Mobile Application
Transflective Liquid Crystal Display Technologies
Wide Viewing Angle and High Brightness Liquid Crystal Displays Incorporating Birefringent Compensators
Backlighting of Mobile Displays
LED Backlighting of LCDs in Mobile Appliances
Advances in Mobile Display Driver Electronics
The Mobile Display Digital Interface
MIPI High-Speed Serial Interface Standard for Mobile Displays
Image Reconstruction on Color Subpixelated Displays
Recent System-on-Glass Development Based on LTPS Technology
Advances in AMOLED Technologies
Electronic Paper Displays
Reflective Cholesteric Liquid Crystal Displays
BiNemr Displays: From Principles to Applications
Electrowetting Displays for Mobile Multimedia Applications
3D Displays for Portable Handheld devices
Eye-Wear Displays
Mobile Projectors Using Scanned Beam Displays
Plastic Backplane Technology for Mobile Displays
Table of Contents provided by Publisher. All Rights Reserved.

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Mobile Displays Technology and Applications

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Author Biography

Table of Contents

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