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| 1. 3D Displays |
Technologies for delivering 3rd dimension to viewers:
3D Display Systems including Stereoscopic / Autostereoscopic
/ Multi-view / Super-multi-view / Volumetric / Holographic
Displays; 3D Contents Generation including 3D Image
Capture and 2D-3D Contents Conversion; User-interaction
with 3D Displays; 3D Image Formats and Standards; 3D Image
Compressions; Human Factors |
| 2. Active-Matrix Devices |
Advances in development and implementation of activematrix
backplanes and all of display & electronic devices
with active-matrix backplanes:
Active-Matrix LCDs & OLEDs for TV, Monitor, Note-PC and
Mobile Device; Novel and High Performance Active-Matrix
Display Devices and Addressing Methods; Integrated Active-
Matrix Driving Circuits and Sensors; System-on-Panel (SOP);
Backplane Technology for AMOLED & High Performance
LCD; LTPS TFTs; Micro & Nano-crystal Silicon TFTs; Oxide &
Transparent TFTs; Organic TFTs; Nano Technology Based TFTs;
Solution Based TFTs; other new TFTs |
| 3. Color Imaging, Human Factor, and Display Measurement |
Advances in display image quality evaluation,
enhancement, human factors and display measurements:
Image Quality Evaluation; Image Enhancement Algorithms
and Technologies; Color Image Processing; Color Management
and Control; Display System Performance; Perception; Human
Factors; Display Measurements; Display Related Standards;
Color in Displays; Characterization of Displays |
| 4. Display Electronics, Systems, and Application |
Progress in driving methods, driving electronics, display
panel peripherals and system design technologies for
display devices and new display applications:
Driving Methods and Circuits for Display Devices; Driver
IC’s; Image Signal Processor; System-On-Glass (SOG) and
System-On-Panel (SOP) Technologies; Image Enhancement
Methodologies and Systems; Display Interface Technologies;
and All Other Display Electronics Technologies and New
Applications |
| 5. Display Manufacturing and Equipments |
Advances in process technologies for display manufacturing,
and manufacturing issues for breakthrough in the display
performances, cost reduction, and throughput:
New Process Technologies; Thin-Film & Thick Film Deposition;
Printing; Patterning; Etching |
| 6. Display Materials, Components, and BLU |
New development of materials and components for
displays including new functional materials for substrates,
active/passive materials, their properties, and fabrication
methods for components:
Backlight; Color Filters; Polarizer; Optical Films; PDP Materials
and Components; Electrode Materials; Dielectric Materials and
Process; Oxide Semiconductors; Glasses; Printable Materials
for Display |
| 7. Field Emission Display and Technologies |
Field emission material and devices, field emission display
technology, and novel applications of field emission
technology:
Field Emission Theory; Field Emission Materials; Field Emission
Devices; Lamps based on Field Emission Technology;
Phosphors for Field Emission, Novel Devices for Field Emission
Technology |
| 8. Flexible Displays and Electronic Paper |
All aspects of flexible displays and electronic papers,
including advances in organic materials (both small
molecules and polymers) and flexible oxide semiconductors,
organic and flexible oxide semiconductor devices on the
flexible substrates and the related fabrication processes
including printing process, device physics, measurement and
characterization of thin film transistors, driving methods,
various display modes for electronic papers:
E-papers; Flexible Backplanes; Flexible LCDs; Flexible OLEDs;
Flexible Substrates and Barriers; Thin Film Encapsulation;
Electrode and Interconnection; Processes (including Patterning
and Printing); Manufacturing |
| 9. LC Technologies |
Advances in the development of liquid-crystal materials,
electro-optical effects, and devices:
LC Materials; LC Modeling; LC Alignments; LC Modes; LC
Devices; High Performance LCDs; Reflective LCDs; Blue Phase
LCDs; Flexoelectric LCDs; Biaxial LCDs; Ferro-/Antiferro-electric
LCDs; Polymer/LC composite Devices |
| 10. LED |
Fundamental theory and new development for LED, BLU,
solid state lighting and LED convergence applications
including new functional materials for substrates,
phosphors, optics, heat dissipates, design of processes,
reliabilities and FMA, standardization and photometry:
New and High Efficiency Light Emitting Diodes; Back Light
Unit using Light Emitting Diodes; LED Lighting for General
Applications; LED Lighting for Convergence Applications;
Advanced Materials, Components and Modules for LED
and LED Lighting; Reliability and Measurement of LED and
Lighting; Fundamental Theory; Design and Processes for LED
and Lighting; Colloidal Quantum-Dot LEDs |
| 11. Lighting and Extraction Technologies |
New developments of Lighting and Extraction Technologies
for LED, OLED and lamp systems in the design,
manufacturing and performance characteristics:
Novel Lighting Systems and Sources; Solid-state Lighting
including OLED and LED; Fluorescent Lamp Lighting Systems;
Optical Designs and Methods for Extraction Technologies; Flat
Illumination Panels; Illumination Systems; Ambient Lighting,
Lighting Measurements; Novel Lighting-Control Technologies |
| 12. MEMS and Emerging Technologies |
New and emerging display technologies including
MEMS:
Micromirror Devices; Microshutter Display; Interferometric
MEMS Display; Grating Light Valves; Microfluidic Display; Back
& Front Light Unit using MEMS Technologies; New Display
including Emissive & Non-emissive Lighting; any other Novel
and Innovative Display Technologies |
| 13. OLED |
Advances in the OLED materials, devices, low-cost
fabrication processes, AMOLEDs and related technologies:
OLED Materials (Small Molecules, Dendrimers, and Polymers);
Device Physics and Characterization; White OLEDs; Tandem
OLEDs; OLED Display Manufacturing Issues; Low-Cost
Fabrication Processes; Solution Processible Materials; Dopants
(p-type and n-type); Electrodes (Low-work Function Cathodes,
Transparent Conductors and Graphenes); Encapsulation
Technologies |
| 14. PDP |
New developments in the design and manufacturing,
performance characteristics, driving methods and circuitry:
Fundamental Discharge Mechanisms; Luminous Efficiency
Improvement; High Speed Address and Related Reset
Waveforms; Cell Design and Material Characteristics; Image
Enhancement Technology; Reliability Improvement; Low Cost
Driving Circuit and System; Low Cost and High Precision
Fabrication Technology; MgO and other Protective Materials |
| 15. Phosphors |
All aspects of any types of luminescent materials for
use in displays and lightings – phosphors for LEDs,
PDPs (also 3D-PDPs), and bio-applications, general
lamps, CCFL for LCD BLUs, Inorganic ELs, CRTs, FEDs,
PRTs, VFDs, X-ray scintillators, long phosphorescence,
mechanoluminescence, inorganic phosphors, quantum
dots and organic luminescent materials:
Synthesis and Characterization of Phosphors; Nano-processing;
Phosphor-involved Devices Processing; New Design and
Application of Phosphors; Energy Transfer and Up-conversion;
Combinatorial Approach for Phosphors Development; Thin
Film Phosphors; Surface Coating for Phosphors |
| 16. Photovoltaics |
Advances in the OLED materials, devices, low-cost
fabrication processes, AMOLEDs and related technologies:
OLED Materials (Small Molecules, Dendrimers, and Polymers);
Device Physics and Characterization; White OLEDs; Tandem
OLEDs; OLED Display Manufacturing Issues; Low-Cost
Fabrication Processes; Solution Processible Materials; Dopants
(p-type and n-type); Electrodes (Low-work Function Cathodes,
Transparent Conductors and Graphenes); Encapsulation
Technologies |
| 17. Projection and Public Displays |
All aspects of the latest technologies in the field of
projection, public, and large area displays:
Pico-projectors; Projection Displays with Laser or LED
Technologies; Large-area Displays based on Projection
Technologies; Near-eye Displays; Digital Signage; Optical
Systems; Micro Displays |
| 18. Touch and Input Technologies |
All aspects of recent developments on touch and input
technologies including material, component, circuit, and
system integration:
Touch Controller Design and Integration, Display-Integrated
Touch Systems, Very-Large-Scale Integration of Touch for
Consumer Products, Dual- and Multiple-Touch Systems
and Their Adoption, Existing, New, and Emerging Touch
Applications, Interactive User Interface, New User Interface
Technologies with Motion Sensing |
