IDW/AD '05 Outstanding Poster Paper Award Winners
LCTp4 - 1 | Optical Design
of Tunable Liquid Crystal Color Filter |
LCTp4 - 2 | Improvement
in Viewing Angle Properties of IPS-LCDs Using a Negative A-Plate |
LCTp4 - 5 | Measurement
of Surface Order Parameter of Liquid Crystal Cell Using Phase Transition
Droplet Method |
LCTp3 - 1 | Novel Glass-Forming
Liquid Crystals Containing Acrylic Acid Trimer Core Unit for Optical
Films |
OLEDp/AMDp - 1 | Novel Sub-Intra
Gate Poly-Si TFT Structure for AM-OLED Pixel Drivers |
EPp - 6 | Optical Characteristics
of EPD Utilizing Electrophoretic Colored Particles |
CRTp - 1 | An Enhanced
Clear Gun Design for 21" EDTV Application |
PHp - 5 | New Silicate
Phosphors for White LED |
OLEDp - 21 | Organic Light
Emitting Displays with a Single Isolation Layer |
OLEDp - 24 | Fiber OLED Array
for Flexible Display |
OLEDp - 29L | Efficient OLED
Fabricated by All Wet Process Using Alcohol-Soluble and Wide Energy
Gap Organic Semiconductor |
AMDp - 12 | Pentacene OTFT
Array for AM-OLED on Plastic with Self-Organized Process |
AMDp - 13 | 11-Stage OTFT
Ring Oscillator on Plastic |
AMDp - 21 | Low Cost and
Uniform Solid Phase Crystallization without Metal Catalyst Employing
Alternating Magnetic Field for AM-OLED |
AMDp - 50L | Ultra-Low Temperature
(below 100°C) Si TFT Process for Fflexible Display |
AMDp - 52L | Low Power Consumption
for Circuit Integration of Low Temperature Poly-Si TFT-LCDs |
FMCp - 7 | High Quality
SiO2 Insulator for LTPS-TFTs Deposited in ALD/PECVD Reactor |
FMCp - 8 | Application
of ACX (Al-C-Ni) Alloys with Low Resistivity for Single Gate Layer |
FMCp - 11 | Formation and
Characterization of High-Ordered Self-Assembled Monolayers by a Novel
Chemisorption Method |
PDPp1 - 9 | A Two-Step-Discharge
Driving Method and Quantitative Analysis of Increased Luminous Efficiency
of AC PDPs |
PDPp1 - 12 | New Address-While-Display
Driving Method for High Picture Quality PDP |
PDPp2 - 8 | Characteristics
of Discharge and Secondary Electron Emission Coefficient for MgAl2O4/MgO
Protective Layer in AC PDPs |
PDPp2 - 11 | Influence of
Permittivity of Dielectric Layer on Discharge Characteristics in
High-Resolution AC PDP |
PDPp2 - 13 | Front Address
Structure for High Luminous Efficacy AC PDPs |
VHFp - 3 | Relation between
Just Noticeable Difference(JND) Contrast of "mura" in LCDs and
Its Background Luminance. |
VHFp - 5 | Magnification
Method for Displayed Image Based on Gradient Direction and Strength
by Pixel |