The following papers appear in the January 2011 (Vol. 19/1) issue ofJSID. For a preview of the papers go to sid.org/jsid.html.
Papers by Subject Categories
Active-Matrix Devices and Circuits
16–20 Amorphous-oxide TFT backplane for large-sized AMOLED TVs Yeon Gon Mo, et al., Samsung Mobile Display, Korea
Cognitive and Interactive Displays and Systems
70–78 The technologies of in-cell optical touch panel with novel input functions Kohei Tanaka, et al., Sharp Corp., Japan; Chris Brown, Sharp Laboratories of Europe, Ltd., UK
Display Backlighting
37–47 A monolithic segmented functional light guide for 2-D dimming LCD backlight K. Käläntär, Leiz Advanced Technology, Japan
48–56 Novel LCDs with IR-sensitive backlights Kwonju Yi, et al., Samsung Advanced Institute of Technology, Japan
100–105 High-luminance and luminous-efficacy mercury-free flat fluorescent lamp (MFFL) with local-dimming functionality Jae-Chul Jung, et al., Seoul National University, Korea
Electronic Paper
1–7 Bright e-skin technology and applications: Simplified gray-scale e-paper K.-M. H. Lenssen, et al., Philips Research, The Netherlands
Flexible Displays and Electronics
63–69 High-performance organic–inorganic hybrid plastic substrate for flexible displays and electronics Jia-Ming Liu, et al., ITRI, Taiwan
94–99 Improvement in image quality of a 5.8-in. OTFT-driven flexible AMOLED display Yoshiki Nakajima, et al., Japan Broadcasting Corp. (NHK), Japan
LCDs
57–62 A novel pixel memory using integrated voltage-loss-compensation (VLC) circuit for ultra-low-power TFT-LCDs Yoshimitsu Yamauchi, et al., Sharp Corp., Japan
LC Technology
106-109 Stability of liquid-crystal layers based on the analysis of the adsorption on the alignment-layer surface Sejoon Oh, et al., Tohoku University, Japan
OLEDs
21–28 Device-dependent angular luminance enhancement and optical responses of organic light-emitting devices with a microlens-array film Kuan-Yu Chen, et al., National Taiwan University, Taiwan, ROC; Jia-Rong Lin and Mao-Kuo Wei, National Dong Hwa University, Taiwan, ROC
80–86 Detailed analysis of exciton decay time change in organic light-emitting devices caused by optical effects Saso Mladenovski, et al., Ghent University, The Netherlands; Sebastian Reineke, Technische Universität, Germany
87–93 A new wettability-control technique for fabricating color OLED panels by an ink-jet-printing method Shigehiro Ueno, et al., Dai Nippon Printing Co., Ltd., Japan
PDPs
8–14 Surface characterization of MgO:Al,N films with meta-stable de-excitation spectroscopy and x-ray photoelectron spectroscopy Mikihiko Nishitani, Co-Operation Laboratory of Panasonic, Osaka University, Japan; Yukihiro Morita, et al., Co-Operation Laboratory of Panasonic, Osaka University, Japan, and the AVC Network, Panasonic Corp., Japan; Yasuhiro Yamauchi, et al., Image Devices Development Center, Panasonic Corp., Japan; Yasushi Yamauchi, National Institute of Material Science, Japan
110–115 Time-averaged spatial profile of Xe excitation efficiency in PDPs Tomokazu Shiga, et al., The University of Electro-Communications, Japan; Gerrit Oversluizen, Philips Research Laboratories, The Netherlands
116–122 A reduction method of dynamic false contour utilizing the frame-rate-control method with suppression of the side effect on PDPs Takatoshi Ohara, et al., Hitachi Central Research Laboratory, Japan
Projection Displays and Systems
123–128 High-contrast front-projection system for large-screen displays suppressing reflection and diffusion of ambient light Ryota Sato, et al., Tohoku University, Japan
3-D Displays and Systems
29–36 Control of subjective depth on 3-D displays by a quantified monocular depth cue Shuichi Takahashi, et al., Sony Corp., Japan; Kazuya Matsubara, et al., Tohoku University, Japan