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      1. Home
      2. Symposium Poster Presentations
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      Thursday
      Browse by Technology
      Browse by Posters
      • 04:30 AM - 07:30 AM

        • (P.1) Improving the Negative Bias Illumination Stress-Induced Instability of High Mobility Oxide Thin-Film Transistors

          at 220A

      • 05:00 PM - 08:00 PM

        • (P.152) 3D-Stretched OLED Display Based on Island-Bridge Structure

          at 220A

        • (P.101) 3D/2D Switchable Imaging Augmented-Reality System Based on Multifunctional Holographic Optical Element and Active Prism Array

          at 220A

        • (P.8) 4,032ppi Vth Compensation Pixel Circuit for OLEDoS

          at 220A

        • (P.154) 4-Edge Deeply Curved AMOLED Display

          at 220A

        • (P.128) A 1.33 µV/e- Voltage Mode Active Pixel Sensor with Threshold Voltage Compensation for Dynamic X-Ray Imaging

          at 220A

        • (P.92) A Comprehensive Crosstalk Characterization Method for Autostereoscopic Visualization

          at 220A

        • (P.104) A Dual-Depth Augmented-Reality Display System Based on Reflection Polarizer and Holographic Optical Element

          at 220A

        • (P.225) A High-Performance Micro Light-Emitting Diode Pixel Circuit Based on LTPO TFTs using a Pseudo Digital Driving Method

          at 220A

        • (P.237) A Low Grayscale Uniformity Improvement Scheme for OLED Based on Auto Demura

          at 220A

        • (P.61) A Mura Optimization Scheme Based on AMOLED DC Dimming

          at 220A

        • (P.4) A New LTPS Pixel Structure to Improve the 1Hz Low-Brightness AOD Flicker Effect

          at 220A

        • (P.11) A Novel 5T2C LTPO Pixel Circuit for MicroLED Display with Simultaneous Compensation and Programming

          at 220A

        • (P.163) A Novel Active Stylus with the Rolling Function

          at 220A

        • (P.254) A Novel Analytical Method of Charge Injection and Emission Behaviors in Tandem Organic Light Emitting Diode

          at 220A

        • (P.81) A Novel Bin-Mixing Transfer Technology Based on Die Bonding Equipment for Mini/MicroLED Display

          at 220A

        • (P.108) A Novel Chromatic Aberration Correction Method for VR Display

          at 220A

        • (P.234) A Novel Deburn-in Machine Learning Framework for OLED Displays Considering Frame Rate, PWM, Grayscale, and Temperature

          at 220A

        • (P.27) A Novel Display Performance Index for Picture Quality Evaluation and Content Color Reproduction under Ambient Viewing Condition

          at 220A

        • (P.72) A Novel High-Gain Operational Amplifier with Cross-Coupled Pair Based on a-IGZO TFTs

          at 220A

        • (P.40) A Novel LCD Demura Algorithm Based on Deep Learning

          at 220A

        • (P.33) A Novel Modular Map Construction Method for VR/MR Glasses

          at 220A

        • (P.31) A Novel Mura Compensation Algorithm for VR Displays

          at 220A

        • (P.35) A Performance-Efficiency Switchable Near-Eye Display with Variable Internal Optical Paths

          at 220A

        • (P.209) A Simplified Emissive Layer Strategy Utilizing Zero Radius of Intramolecular Energy Transfer Mechanism for High-Efficiency OLEDs

          at 220A

        • (P.41) A Study on AI Model Performance Based on Changes in Image Brightness and Camera Focus

          at 220A

        • (P.97) A Volumetric 3D Display System Based on Coded-Multiplane PDLC

          at 220A

        • (P.21) A Wide-Data-Range Pixel Circuit for High-Pixel-Density Mobile Displays Using Double-Gate Oxide TFTs

          at 220A

        • (P.118) AI Model for LCD Module Strength and Warpage Simulation

          at 220A

          Speakers: Zhi Li

        • (P.42) AI-Based Rapid Defect Detection Method for Display Screen Appearance

          at 220A

        • (P.65) AI-Driven Timing Optimization for Enhanced Visual Performance in HOP 3.0

          at 220A

        • (P.50) AI-Empowered Display Industry: Innovative Breakthrough in Defect Inspection

          at 220A

        • (P.62) AMOLED Fast Electrical Detection Technology and Compensation Data Processing

          at 220A

        • (P.12) Achieving High-Performance Ln-IZO TFT with Top-Gate Self-Aligned Structure on Large Substrates

          at 220A

        • (P.75) Adaptive Optics De-Mura Technology for OLED Displays

          at 220A

        • (P.28) Advanced Image Comparison Metric for Discerning Subtle Distinctions in Visual Quality

          at 220A

        • (P.134) Advancing Electroluminescent Quantum-Dot LED (EL-QLED): Integration with CMOS Panels for Ultrasmall Displays in AR/VR Applications

          at 220A

        • (P.193) Air-Stable Inverted Blue OLEDs Without Encapsulation

          at 220A

        • (P.187) Alignment Layer Optimization for Electrically Suppressed Helix Ferroelectric Liquid Crystals

          at 220A

        • (P.231) An AMOLED LTPS Pixel Circuit Compensating for Threshold Voltage Variations, OLED Degradation, and IR Drop

          at 220A

        • (P.228) An Advanced Flexible OLED Anti-ESD Design

          at 220A

        • (P.106) An Automated Framework for Designing Subpixel Layouts with Gradient Descent Optimization

          at 220A

        • (P.95) An Image-Based Quantitative Metric of See-Through Optical Quality for Displays

          at 220A

        • (P.53) An Innovative Capacitive Knob Design with Press-and-Rotate Function for Automotive In-Cell Touch LCD

          at 220A

        • (P.177) Analysis and Improvement of LCD Contrast Ratio by Polymer Film on Array

          at 220A

        • (P.133) Analysis of Quantum Well-Stacking Order in Multi-Quantum Well MicroLEDs

          at 220A

        • (P.196) Anode Protective Metal Structure for Increasing Lifetime in Micro-OLED

          at 220A

        • (P.251) Application and Research of Optically Cholesteric Liquid Crystals in Reflective Displays

          at 220A

        • (P.226) Argon Plasma-Induced Rare-metal-free Amorphous Oxide Source-Gated Transistors

          at 220A

        • (P.36) Asymmetric Field-of-View Angle for Virtual-Reality Optical System

          at 220A

        • (P.93) Avoiding Temporal Error in the Measurement of Modulated Displays

          at 220A

        • (P.192) Bicarbazole-Derived High Triplet Energy P-type Host for Blue Thermally Activated Delayed Fluorescence Organic Light-Emitting Diodes

          at 220A

        • (P.194) Blue OLED with LT95=2709 Hours by Using Anthracene-Bidibenzofuran as the Emitting Layer

          at 220A

        • (P.242) Boosting Light Extraction in AlGaN-Based Deep Ultraviolet Micro-LEDs Through p-GaN Layer Removal

          at 220A

        • (P.189) Bottom Emission Organic Light-Emitting Diode with Asymmetric Host and Multiple Resonance Emitter Achieving Blue Index of 253

          at 220A

        • (P.105) Brightness Enhancement Scheme for High-ppi VR Display

          at 220A

        • (P.16) CMOS-Type Scan Driver Circuit Based on LTPO TFTs

          at 220A

        • (P.244) Cd-free RGB Electroluminescent Quantum Dot-LEDs Fabricated by Inkjet and Electrohydrodynamic (EHD)-Jet Printing in Ambient Air

          at 220A

        • (P.188) Cellulose Nanocrystals as an Alignment Layer for Liquid-Crystal Displays in a Circular Economy

          at 220A

        • (P.39) Challenging the Limits of SRG Waveguides: A Human-AI Collaborative Design Concept

          at 220A

        • (P.124) Characterization of Electrical Crosstalk in PbS Quantum Dot CMOS Image Sensors for Ultra-High-Resolution Imaging

          at 220A

        • (P.205) Clear Distinction Between Triplet-Polaron Quenching (TPQ) and Triplet-Triplet Annihilation (TTA) in OLEDs via Combined Characterization and Simulation

          at 220A

        • (P.178) Color Shift Improvement for IPS-Mode Wide-View Liquid-Crystal Displays

          at 220A

        • (P.241) Color Temperature Control of AC Tandem QD-LEDs Using AC Driving Scheme

          at 220A

        • (P.96) Comparing Color Gamut of LCD and OLED Displays at Different Viewing Angles Using Gamut Rings

          at 220A

        • (P.5) Competing Degradation Mechanisms in Flexible Dual-Gate InGaZnO Thin-Film Transistor under Mechanical Stresses

          at 220A

        • (P.220) Conditioned Diffusion for Manufacturing Data: Improving Generation Controllability

          at 220A

        • (P.44) Control Chart Pattern Recognition Using Preprocessing Based on DTW and 1D-CNN for Anomaly Equipment Detection

          at 220A

        • (P.87) Cost-Effective, High-k AlOx Dielectric by Spray Pyrolysis for LTPS and Oxide Thin-Film Transistors

          at 220A

          Speakers: Jin Jang

        • (P.37) Crosstalk-Free Integral Imaging Based Head-Mounted Light-Field Displays Using Directional Backlights

          at 220A

          Speakers: Hong Hua

        • (P.223) Crystallized IGTO as a Transparent Electrode for Replacing Conventional S/D Metal Electrodes in Transparent Displays.

          at 220A

        • (P.151) Customizable Island-Bridge Structures for Stretchable Displays

          at 220A

        • (P.70) Data Compensation Scheme for AMOLED Pixel Circuit Based on Double-Gate Structural IGZO TFTs

          at 220A

        • (P.49) Deep Learning Enables Intelligent Defect Detection and Interception in LCD Manufacturing

          at 220A

        • (P.34) Deep Learning-Based Artificially Focused CGH Method with Real-World Objects Using Eye Tracking for Holographic Near-Eye Displays

          at 220A

        • (P.201) Degradation Analysis of Organic Charge-Generation Layer by Impedance Spectroscopy

          at 220A

        • (P.63) Demura Taking the Gamma Inconstancy into Account

          at 220A

        • (P.122) Design Evolution of Millimeter-Wave Antenna-on-Display (AoD) on the TFE of an OLED Display for 5G and 6G

          at 220A

        • (P.250) Design Optimizations of the Bracket Pattern of Folding Flexible Screen

          at 220A

        • (P.216) Design Strategies of Fluorescent Dopant for Enhanced Photoluminescence Quantum Yield and Suppressed Dexter Energy Transfer

          at 220A

        • (P.120) Design for Enhancing the Mechanical Performance of NB Using a Hybrid ANN-PSO Approach

          at 220A

        • (P.214) Design of Condensed Molecular Structures for MR-TADF with High Efficiency and Good Color Purity in Deep-Blue Region

          at 220A

        • (P.51) Development Solution for Imbalanced Image Data of Cell Circuit Dents and Film Scratches in AMOLED Mass Production

          at 220A

        • (P.207) Development and Application of OPC Simulation in OLED Panel Design

          at 220A

        • (P.117) Development and Validation of Information Fusion Systems

          at 220A

        • (P.147) Development of 326ppi High-Resolution 1.39-in. Active-Matrix NanoLED Circular Display Using Low-Cost and Low-Permeability Sputtered AZO Thin-Film Encapsulation

          at 220A

        • (P.112) Development of Splicing-Coated Polarizers for TFT-LCDs

          at 220A

        • (P.45) Development of an AI Model for Defect Detection Considering Manufacturing Variability

          at 220A

        • (P.71) Digital PWM Driving MicroLED Pixel Circuit Using a-ITZO TFTs

          at 220A

        • (P.126) Direct X-Ray Detecting Gap-Type Thin-Film Transistors for Ultra-High Spatial Resolution Flat-Panel Image Receptors

          at 220A

        • (P.68) Double-Data PHM Drive System Based on MicroLED Display

          at 220A

        • (P.32) Double-Path Pancake Optics with Wider FoV

          at 220A

        • (P.166) Driver-Integrated Active-Matrix Amorphous Silicon Schottky Photosensor Arrays for Display Integration

          at 220A

        • (P.161) E-Paper Display with Li-Fi Integrated on a 1D-Dimming Front-Light Unit

          at 220A

          Speakers: Zong Qin

        • (P.158) Early Detection of Crack Vulnerability in Foldable Displays Through Critical-Angle Curvature Analysis

          at 220A

          Speakers: kyongtae Park

        • (P.246) Eco-Friendly Solvent Substitution for Enhanced Performance in All Solution-Processed QD-LEDs

          at 220A

        • (P.203) Effect of Substrate Temperature of n-type Charge-Generation Layer on the Electrical Properties of Charge-Generation Unit

          at 220A

        • (P.66) Effective Compression Method for De-Burn-In Data

          at 220A

        • (P.137) Efficient Pixelated Blue Quantum-Dot Light-Emitting Diodes via Direct Photo-Patterning

          at 220A

        • (P.131) Electric-Field Effect on Photoluminescence of Single Colloidal Lead-Halide Perovskite Nanowires

          at 220A

        • (P.182) Eliminate Circular Bright Spots Resulting from Poor Compatibility between PI and Liquid Crystal in LCD

          at 220A

        • (P.170) Enhanced Performance of Organic Photodetector Through Metal Doping and Inkjet Printing for Sensor-in-Pixel Displays

          at 220A

        • (P.191) Enhancing Light Extraction and Viewing-Angle Characteristics in Microcavity TEOLEDs Through Refractive Index Modulation for Surface Plasmon Polaritons Suppression

          at 220A

        • (P.197) Enhancing Top-Emission OLED Performance Through the Introduction of Buffer Layers

          at 220A

        • (P.260) Enhancing the Stability of Deep Blue Phosphor-Sensitized Fluorescent OLED Using Polariton-Enhanced Purcell Effect

          at 220A

          Speakers: Haonan Zhao

        • (P.110) Environmental Data Memory and Display Status Monitoring Technology of Outdoor Display

          at 220A

        • (P.156) Evaluating and Improving the Orange Peel Texture of Foldable Screens

          at 220A

        • (P.252) Excellent Bistable Electrophoretic Displays with Contrast Ratio up to 81.9

          at 220A

        • (P.174) Excellent Ultra-Fast Gaming Monitor Solution for Response Time 1ms

          at 220A

        • (P.212) Exciton Dynamics and Degradation Mechanism in TADF OLEDs Assessed by Modulated Electroluminescence Spectroscopy

          at 220A

        • (P.47) Exploration and Application of Unknown Category Defect Detection Methods for Display Panels

          at 220A

        • (P.46) Exploration of AI Applications of Neural Networks in TFT-LCD Film Thickness Prediction

          at 220A

        • (P.139) Exploring the Pathway to Achieve Wide Color-Gamut Cadmium-Free and Lead-Free QLED Devices Through Leda

          at 220A

        • (P.168) Extremely Low-Power Consumption Design for LCD In-Cell Touch Panel

          at 220A

        • (P.249) Fabrication of a Flexible/Detachable Film with Light Extraction Structure to Improve Efficiency of QD-OLEDs

          at 220A

        • (P.171) Fast Switchable Color Filter Based on Ferroelectric Liquid Crystals

          at 220A

        • (P.222) Femto-Ampere Leakage Current of Low Temperature Poly-Silicon TFTs in OLED Panel

          at 220A

        • (P.123) Film-Type Transparent Passive Reconfigurable Intelligent Surface Design for Multi-Incidence-Reflection Relation on mmWave Communication

          at 220A

          Speakers: Fung Hsu Wu

        • (P.157) Finite Element Analysis and Optimization Study of Ultra-Thin Glass Cracks in Flexible Displays

          at 220A

        • (P.98) Full-Parallax Super-Multi-View 3D Display Based on Time-Sequential Electric Field Modulation

          at 220A

        • (P.219) Full-Screen Fingerprint Display with Embedded Sensor Pixels Capable of Adjusting Light-Receiving Angle

          at 220A

        • (P.30) Geometric Phase-Shift-Based Phase Modulation SLM Using Dual In-Plane Switching Liquid Crystal

          at 220A

        • (P.99) Glasses-Free 3D Display for Cinema Applications Employing a MiniLED Display and Radial Parallax Barrier

          at 220A

        • (P.253) High Efficiency Blue TADF OLED with EQE of 35.8%

          at 220A

        • (P.9) High Mobility Oxide and Novel Dual-Gate Pixel Structure Application to Gaming Notebook LCDs

          at 220A

        • (P.173) High Refresh-Rate Monitor Development with Line Image Sticking Improvement by DBS Voltage Adjustment

          at 220A

        • (P.20) High Subthreshold Swing Using High-Performance Dual-Gate IZO/IGZTO TFTs for AMOLED Display

          at 220A

          Speakers: Jin Jang

        • (P.3) High Uniform and Stable Oxide TFT Devices with High Mobility for AMOLED Display

          at 220A

          Speakers: Fa-Hsyang Chen

        • (P.159) High-Performance, Flexible Ferroelectric Thin-Film Transistor on PI Substrate

          at 220A

          Speakers: Jin Jang

        • (P.7) High-Reliability LTPS-TFT with Super-Low Gate Resistivity

          at 220A

        • (P.100) High-Resolution Multi-Person Viewing Naked-Eye 3D Display System Based on Eye Tracking and Spatiotemporal Multiplexing Technology

          at 220A

        • (P.103) Holographic Near-Eye Display with Steerable Exit-Pupil Array Based on Bi-Stacked Quarter-Wave-Conditioned Geometric Phase Prism Module

          at 220A

        • (P.60) Hyper-Realistic SDR/LDR Image Reproduction Proposal Needing Just Approx. 1/30th Exposure of Conventional SDR Image and Global-Tone-Mapping, or 1D-LUT, in UHDR Environments Regardless of Time of Day

          at 220A

        • (P.115) Image Analysis-Based Perceptual Quality-Retaining Power Saving for OLED Display

          at 220A

        • (P.121) Image Sticking Compensation of MLED Splicing Screen Based on Temperature Sensor Perception

          at 220A

        • (P.138) Improve Electroluminescence Morphology and Operating Lifetime of QLED Device by Modified ZnMgO

          at 220A

        • (P.229) Improved PBTS Reliability of Dual-Gate a-IGZO TFT by Bottom Interface Optimization

          at 220A

        • (P.235) Improving Automated Inspection and Repair Performance in Display Manufacturing through Diffusion-based Generative AI

          at 220A

        • (P.167) In-Cell Sensors for Light-Adaptive LCDs

          at 220A

        • (P.23) Influence of Evening Display Light on Melatonin Levels and Autonomic Nervous System Balance

          at 220A

          Speakers: Jang Jin Yoo

        • (P.238) Innovative Film Type Backplane with Super-Fine and Ultra-Low Resistance Wiring for Transparent Display

          at 220A

        • (P.200) Inserting Buffer Layers for Carrier Balance Configurations in Hyperfluorescence-Based OLEDs

          at 220A

        • (P.227) Insight into the Effect of the Thickness of Gate Insulator on the Hysteresis by TCAD Simulation

          at 220A

        • (P.210) Integrated Multilayer Analysis Platform for OLED Evaporation and Encapsulation Based on TOFSIMS

          at 220A

        • (P.224) Interfacial Oxidation Layer for Reliable Vertical Thin-Film Transistors

          at 220A

        • (P.239) Investigation of the Impact of Moisture on the X-Ray Characteristics of Cesium Iodide Scintillators

          at 220A

        • (P.58) LCD with In-Cell Integrated Temperature Sensors for Multi-Area Temperature Detection

          at 220A

        • (P.15) LTPS-TFT-Based Scan Driver Circuit with Stable Dual-Polarity Outputs by Bootstrapping Without Pre-Charging

          at 220A

        • (P.236) Layout Optimization of AMOLED Pixel Circuits based on Deep Reinforcement Learning

          at 220A

          Speakers: Hyoungsik Nam

        • (P.135) Light Recycling in Quantum-Dot Organic Light-Emitting Diode Using Side-Wall Reflector Formed by a Secondary Sputtering Lithographic Technique

          at 220A

        • (P.107) Light-Guide Plate with Curve-Ridged Micro Structures

          at 220A

        • (P.130) Liquid-Crystal-Based Discrete Phase Shifter for Improving Response Speed

          at 220A

        • (P.259) Low-Haze Irregular Nanostructures Fabricated via a Simple Process for Uniform Internal Light Extraction Film in OLEDs

          at 220A

        • (P.17) Low-Power Gate Driver Circuit with Variable Pulse Width for LTPO-Based AMOLED Displays

          at 220A

        • (P.73) Low-Power, Programmable Emission Control Driver Using Oxide Thin-Film Transistors Operating in Depletion Mode

          at 220A

          Speakers: Seung-Woo Lee

        • (P.150) Mechanically Stable, Stretchable Ferroelectric Thin-Film Transistors for Display Application

          at 220A

          Speakers: Jin Jang

        • (P.14) Micro Light-Emitting Diode Pixel Circuit Based on LTPO TFTs Without Threshold Voltage Compensation Structure

          at 220A

        • (P.232) Micro-LED Pixel Circuit with Threshold Voltage Compensation Using a-IGZO TFT

          at 220A

        • (P.10) MicroLED Pixel Circuit with A Novel NMOS-Oxide TFT Inverter for Reducing Falling Time and Enhancing Gray-Level Expression

          at 220A

        • (P.24) Modeling for Display Brightness Perception Based on Retina Imaging

          at 220A

        • (P.149) Monolithic Integration of p-type MOSFET and MicroLEDs for AR/VR/XR Display

          at 220A

        • (P.233) Motion Sickness Inhibition Technology for In-Car Displays and Smart Phones

          at 220A

        • (P.221) Multi-Frequency Gate Driver in the Controllable Region for Low Power TFT-LCD Application

          at 220A

        • (P.91) Multi-Reference Imaging Light Measurement Device

          at 220A

        • (P.213) Multiscale Simulation and Optimization of OLED Devices with Quantum Chemistry and Kinetic Monte Carlo Simulations

          at 220A

        • (P.25) Mura Visual Simulation System and Quantitative Evaluation Criteria

          at 220A

        • (P.243) Nano-Optic Augmented Micro-LED Arrays

          at 220A

          Speakers: Michael Robinson

        • (P.240) Near-Infrared Light to Make Screentime Healthy

          at 220A

        • (P.79) New Applications of Optical Proximity Correction (OPC) Technology in the Display Industry

          at 220A

        • (P.56) New Brightness Uniformity Tuning Algorithm for LCD Panel with Local Dimming Function

          at 220A

        • (P.82) Non-Destructive Measurement of Metal Thickness in Displays Using Energy Dispersive X-Ray Spectroscopy (EDS)

          at 220A

        • (P.90) Novel 3D Resolution Measurement Method for Autostereoscopic Display

          at 220A

        • (P.67) Novel Content Adaptive Algorithm with Low-Power Consumption for Dual-Cell LCDs

          at 220A

        • (P.215) Novel Design Strategy of Multiple-Resonance-Type Blue Fluorescent Dopants with High Efficiency and High Color Purity

          at 220A

        • (P.164) Novel In-Cell Fingerprint Sensor with High EQE Photodiode Applied in OLED Display

          at 220A

        • (P.69) Novel Scan Driver Circuit and Power Consumption Reduction Structure for Oxide-Based OLED Display

          at 220A

        • (P.141) Optical Efficiency Improvement of QD-OLED Technology with Structural Design and Material Selection

          at 220A

        • (P.78) Optimization Scheme for Bending Process of Display Module Based on Simulation

          at 220A

        • (P.211) Optimization of Capping Layer Thickness in OLED Panel for Film Color Filter Application

          at 220A

        • (P.59) Optimization of Environmentally Integrated Surface Display

          at 220A

          Speakers: Xiujian Zhu

        • (P.76) Optimization of Inkjet Jetting for Ultra-Fine Droplets

          at 220A

        • (P.248) Outstanding Brightness and Long-term Stability for Quantum Dots in QLED and Color Conversion Application, Driven by Gradient Shell Engineering

          at 220A

        • (P.145) Oxide Encapsulation of CsPbBr3 Nanocrystals to Enhance the Optical Efficiency and PLQY for LEDs Through Transition Dipole Alignments

          at 220A

        • (P.64) Panel Performance Prediction Using Domain Knowledge-Guided Deep Learning

          at 220A

        • (P.185) Passive Vibration-Sensing System Using Hybrid Alignment Nematic Liquid-Crystal Gratings

          at 220A

        • (P.29) Perceptual Visual Quality of UHD-2/8K on Consumer Display

          at 220A

        • (P.57) Performance Enhancement of Quantum-Dot Optical Films (QDOFs) Used in Vehicle Display

          at 220A

        • (P.208) Phosphorescent Sensitizer Design for DET Suppression and Energy Transfer Analysis

          at 220A

        • (P.132) Photoinduced Ultrafast Charge Separation in CdSe/CdS-Au Hybrid Nanoparticles for ETL

          at 220A

        • (P.148) Photolithography-Based Micropatterning Integration of Quantum-Dot Electroluminescent Displays with Nonvolatile Charge Trap Memory

          at 220A

        • (P.247) Photoluminescence Analysis for Mitigating Sidewall Surface Nonradiative Recombination of n-GaN in Micro-LEDs Using Time-Dependent Isotropic Dry Etching

          at 220A

        • (P.6) Power-Saving Solution for AMOLED Displays Based on Cathode Segmentation

          at 220A

        • (P.43) Practical Lithography Prediction System with AI model

          at 220A

        • (P.184) Predicting the Optical Asymmetry of Cholesteric Liquid Crystals Templated Gold Nanorods Helical Assemblies

          at 220A

        • (P.186) Preparation of Photosensitive Cholesteric Liquid Crystals

          at 220A

        • (P.183) Propagation of Polarized Optical Signal Through Gold Nanorods Blending Cholesteric Liquid Crystals

          at 220A

        • (P.206) Pt(II) Complexes with High Color Purity in Blue Organic Light-Emitting Diodes via Ligand Engineering

          at 220A

        • (P.217) Quantitative Investigation of High-Temperature Degradation in Organic Light-Emitting Diodes with Charge and Exciton Dynamics

          at 220A

        • (P.38) Quantitative Simulation of Pixel-Level Crosstalk in MicroLED Arrays with Outcoupling Structures for AR Applications

          at 220A

        • (P.142) Quantum-Dot Light-Emitting Device by Photolithography

          at 220A

        • (P.258) Rational Materials Design Towards Singlet-Only Fluorescent OLEDs: Overcoming Traditional Spin Statistics

          at 220A

        • (P.89) Reducing Color Shift on White Screen in Oxide Semiconductor In-Plane Switching LCD Display by Controlling the Light Intensity of Different Color Bands Through Array Film Thickness Design

          at 220A

        • (P.198) Reduction of Efficiency Roll-Off and Extension of Device Lifetime Through a Double Sensitizer Structure-Controlling Triplet Diffusion

          at 220A

        • (P.19) Reduction of Oxygen Vacancy and Hydroxyl Group Defects in Oxide Semiconductor by Chloroform Treatment for Short-Channel Thin-Film Transistors

          at 220A

          Speakers: Jin Jang

        • (P.190) Reliable Simulation and Prediction of Water Vapor Transmission Rate in High-Performance Thin-Film Encapsulation

          at 220A

        • (P.85) Research Progress on the Influence of Black Organic Materials on OLED Display Residual Images

          at 220A

        • (P.55) Research and Application on the Hanging Ear Fracture of Optical Film for Vehicle Display Module

          at 220A

        • (P.114) Research into Improving the Backlight Leakage Behind the Screen's Punch Hole Area

          at 220A

        • (P.257) Research on Improving Fluorescence and Heterochromatic Phenomena Based on Modules

          at 220A

        • (P.88) Research on Improving Thin-Film Pixel Uniformity for 300ppi Pixels Using Inkjet Printing Process

          at 220A

        • (P.26) Research on Individual Differences in Ability to Recognize Obstacles Employing Binocular Stereopsis and Development of Stereoscopic Test Video Sequences for Analyses

          at 220A

        • (P.176) Research on Liquid-Crystal Phase Change Improvement of TFT-LCD TV Display

          at 220A

        • (P.86) Research on Peeling Performance of Acrylic Photoresist with Isolated Island Pattern for OLED Display

          at 220A

        • (P.155) Research on Redundancy Absorption and Surface Deformation of OLED Display

          at 220A

        • (P.77) Research on the Causes of OLED White Spot Defects and Exploration of Improvement Directions

          at 220A

        • (P.202) Research on the Effect of Anisotropic Module Layers on the White-Angle Difference of OLEDs

          at 220A

        • (P.256) Research on the High-Temperature Lifetime Stability of Tandem Devices

          at 220A

        • (P.109) Research on the Improvement of Light Leakage Current of TFT Based on LTPS LCD High-Brightness Projector

          at 220A

        • (P.169) Research on the Integration Technology of In-Screen Ambient Light Sensor for Wearable Applications

          at 220A

        • (P.204) Research on the Performance of Blue-Green Tetra-Tandem Organic Light-Emitting Diodes

          at 220A

        • (P.54) Research on the Process of Microlens Array Structure in Anti-Peeping Automotive Display

          at 220A

        • (P.18) Self-Aligned Bottom-Gate Top-Contact Vertical-Channel In-Ga-Zn-Oxide Thin-Film Transistor

          at 220A

        • (P.175) Short-Range Lurch Control In-Plane Switching Mode with Negative Dielectric Anisotropy Liquid Crystals

          at 220A

        • (P.116) Simulation and Experimental Analysis of Thermal Management for High-Brightness LED Projector

          at 220A

        • (P.119) Stochastic Scanning for Unsynchronized, Low-Latency Display Without Tearing

          at 220A

        • (P.160) Study of Factors Affecting Dynamic Bending Performance of Folded Flexible AMOLED Modules

          at 220A

        • (P.111) Study of MLCD System Architecture and Picture Quality Improvement

          at 220A

        • (P.181) Study of Polyimide on Improvement of Crushed Bright Spot Mura on FFS Display

          at 220A

        • (P.162) Study on Optimization Methods for the FoV Performance of Under-Display Ambient Light Sensors in AMOLED

          at 220A

        • (P.52) Study on Viewing Angle of Novel Ultra-Large OLED Display

          at 220A

        • (P.230) Study on the Impact of Static Electricity on LTPS TFTs and Its Mechanism in Flexible OLED Devices Manufacturing Process

          at 220A

        • (P.22) Subjective Evaluation of HDR10 Rendering Consistency Across Illuminance Changes

          at 220A

        • (P.129) Superluminescence: Pioneering the Future of Visual Excellence in AR/VR Displays

          at 220A

          Speakers: Zhi Li

        • (P.199) Suppression of Bimolecular Interactions via Bulky Blocking Groups in Tetradentate Pt(II) Complex for Efficient Organic Light-Emitting Diodes

          at 220A

        • (P.245) Suppression of Blue Leakage in InP Quantum Dots for QD-LEDs and Modulation of Photoluminescence via Voltage-Driven Scattering Control

          at 220A

        • (P.180) Swipe Mura in LCD Panel and Its Correlation with the Panel Shape

          at 220A

        • (P.80) Systematic Study on Scanning Direction of Excimer Laser Annealing in p-Type Low-Temperature Polycrystalline Silicon Thin-Film Transistors

          at 220A

        • (P.113) Temperature Prediction and Optimization of LCD Modules Using a Stacked Machine Learning Algorithm

          at 220A

        • (P.84) The Causes and Improvement of Lens Damage in Micro-OLED Display

          at 220A

        • (P.255) The Energy Transfer and Utilization Mechanisms of Dual-EML Blue OLEDs

          at 220A

        • (P.136) Transparent Flexible Dual-Color AC Tandem

          at 220A

        • (P.127) Transparent PZT Thin Film with High Piezoelectricity on Glass Substrates

          at 220A

        • (P.144) Ultra-High Brightness Quantum-Dot Light-Emitting Diodes with ZnO Nanoparticles Charge-Control Layer

          at 220A

        • (P.179) Verification and Elimination of LCD Color Deviation Caused by Thickness Fluctuation of Gate Insulator Layer

          at 220A

        • (P.153) Weibull-Based Strength and Reliability Model of UTG for Flexible OLEDs

          at 220A

        • (P.143) Wider Color Gamut and Lower Deep-Blue Luminance Requirement Enabled by an Extra Light-Blue Pixel in the QLED Display

          at 220A

        • (P.94) Word Crosstalk: Analysis of Causes and Assessment Criteria

          at 220A

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