ICDT - ICDT

The chart below shows scheduled events planned for ICDT. there might be slight variations on different days. While small changes in session assignments could occur for about 1000+ Symposium paper speakers/authors, we expect most of the schedule to remain stable. We encourage you to register and pay the registration fee in advance so you can reduce the waiting time.

Conference: March 31-April 3, 2026, Chongqing Yuelai International Convention Center Exhibition: April 1-April 3, 2026, Chongqing International Expo Center
Conference: 3.31-4.3, 2026; Chongqing Yuelai International Convention Center

Exhibition: 4.1-4.3, 2026; Chongqing International Expo Center

Conference: 3.31-4.3, 2026; Chongqing Yuelai International Convention Center

Exhibition: 4.1-4.3, 2026; Chongqing International Expo Center

Advanced Program

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Advanced Program

Session Timetable

Keynote & SpecIal Forum & Other Activities

Opening Remark & Plenary Session

Opening Remark

Wednesday, April 1/14:00-14:30/ Liangjiang Grand Ballroom A

Plenary Session

Wednesday, April 1/14:30-18:30/ Liangjiang Grand Ballroom A

Chair: Xingqun Jiang, BOE Technology Group Co., Ltd.

Co-Chair: Zong Qin, Sun Yat-sen University

Metaverse and Display Special Forum

Metaverse and Display Special Forum

Thursday, April 2/9:00-12:00/ Fabulous Function Room A

Chair: Zong Qin, Sun Yat-sen University

1. AI-Driven High-Definition Glasses-Free 3D Light Field Display with Large-Viewing-Angle (9:00-9:20)

Xinzhu Sang, Beijing University of Posts and Telecommunications

2. Three-Dimensional Light Field Display Based on Freeform Directional Backlight (9:20-9:40)

Rengmao Wu, Zhejiang University

3. Resolution Enhancement of Light Field Near-Eye Display Using Elemental Image Optimization (9:40-10:00)

Jae-Hyeung Park, Seoul National University

4. Novel Optical Architectures of Retinal Projection Near-Eye Displays (10:00-10:20)

Enguo Chen, Fuzhou University.

5. Liquid-Crystal Polarization Volume Holograms Drive Breakthroughs in XR Near-Eye Displays (10:20-10:40)

Kun Gao, Goertek Alpha Labs

6. Recent Technological Advancements in Color Sequential Front-Lit LCOS for AR Displays (10:40-11:00)

Yuet Wing Li, Himax Display Inc.

7. Enabling High Performance AR Waveguide Display with Semiconductor Manufacturing Technologies (11:00-11:20)

Jinxin Fu, Applied Materials

Human Factor and Visual Health Special Forum

Human Factor and Visual Health Special Forum

Thursday, April 2/9:00-12:00/ Fabulous Function Room B

Chair: Yunhong Zhang, China National Institute of Standardization

Co-Chair: Weidong Huang, TCL CSOT

1. 40Hz Light Flickering: the Adenosine Hypothesis and Translational Implications (8:30-8:50)

Jiangfan Chen, Wenzhou Medical University

2. Quality of Experience Evaluation: Humans, Data, and Agents (8:50-9:10)

Guangtao Zhai, Shanghai Jiao Tong University

3. From PC Objective Metrics to Scenario-Based User Value Discovery (9:10-9:30)

Ke Shang, Lenovo

4. The Applications of Micro OLED Based Head Mounted Displays for Surgery and Vision Health (9:30-9:50)

Huajun Peng, Shenzhen NEDOptics Co., Ltd.

5. Beneficial Natural Light Technology (BNL) (9:50-10:10)

Ruichen Zhang, Beijing BOE Display Technology Co., Ltd.

6. Reshaping the Evolutionary Visual Environment: Decoding the Light Signals of Natural Displays (10:10-10:30)

Guofu Tang, TCL CSOT

7. Human Factors Meets Optics: SGS' s eye care Journey and Future Vision (10:30-10:50)

Ziwen Liu, SGS-CSTC Standards Technical Services Co., Ltd.

AI for Imaging and Display Special Forum

AI for Imaging and Display Special Forum

Thursday, April 2/9:00-12:00/ Fabulous Function Room C

Chair: Xingqun Jiang, BOE Technology Group Co., Ltd.

Women in Tech

Women in Tech (Language is Chinese)

Thursday, April 2/9:00-10:30/ Apollo VIP Room

Chair: Lei Zhao, Yongjiang Laboratory

Wide Color Gamut Display Special Forum

Wide Color Gamut Display Special Forum

Friday, April 3/9:00-12:00/ Felicity Function Room C

Young Leader Conference

Young Leader Conference

Friday, April 3/13:30-17:40/ Felicity Function Room C

Chair: Qijun Sun, Beijing Institute of Nanoenergy and Systems, Chinese Academy of Sciences

Micro/MiniLED Display Core Technology Road Map Forum

Micro/Mini LED Display Core Technology Road Map Forum

Tuesday, March 31/14:00-18:00/ Athena Function Room

Business Conference

Business Conference

Thursday, April 2/9:00-12:00 & 13:30-17:00/ Athena Function Room

Exhibitor Forum1

Exhibitor Forum 1

Wednesday, April 1/10:30-11:45/ Central Hall

Exhibitor Forum 2

Exhibitor Forum 2

Thursday, April 2/14:00-15:15/ Central Hall

“Display Future Star Cup” Debate Competition

ICDT “Display Future Star Cup” Debate Competition (Language is Chinese)

Thursday, April 2/9:00-12:00 & 14:00-17:30/ Meeting Room 106

Short Course & Seminar

Short Course 1

Short Course 1 (Language is English)

Tuesday, March 31/9:00-12:00/ Meeting Room 102A

Title: Display 101

Ian Underwood, The University of Edinburgh & Sam Phenix, Phenix Consulting

Short Course2

Short Course 2 (Language is Chinese)

Tuesday, March 31/9:00-12:00/ Meeting Room 102B

Title: OLED Materials and Devices

Lian Duan, Tsinghua University

Short Course3

Short Course 3 (Language is Chinese)

Tuesday, March 31/9:00-12:00/ Meeting Room 103A

Title: VR/AR Optical System Design: Principles and Engineering Processes

Dewen Cheng, Beijing Institute of Technology

Short Course 4

Short Course 4 (Language is Chinese)

Tuesday, March 31/9:00-12:00/ Meeting Room 103B

Title: Color Science 101

Minchen Wei, The Hong Kong Polytechnic University

Seminar 1

Seminar 1 (Language is Chinese)

Tuesday, March 31/14:00-15:30/ Meeting Room 102A

Title: 3D Light Field Display Technology and Applications

Xunbo Yu, Beijing University of Posts and Telecommunications

Seminar 2

Seminar 2 (Language is English)

Tuesday, March 31/15:45-17:15/ Meeting Room 102A

Title: Breaking Down the Display & Optics Driving the Smart-glass Enabled Future

Radu Reit, Display Training Center

Seminar 3

Seminar 3 (Language is Chinese)

Tuesday, March 31/14:00-15:30/ Meeting Room 102B

Title: The In-depth Analysis of New Automotive Display Technologies: From Principles and Parameters to Application Implementation

Xiongping Li, Tianma Microelectronics Co., Ltd.

Seminar 4

Seminar 4 (Language is Chinese)

Tuesday, March 31/15:45-17:15/ Meeting Room 102B

Title: Recent Advancements of High-Mobility Thin-Film Transistors

Lei Lu, Peking University

Seminar 5

Seminar 5 (Language is Chinese)

Tuesday, March 31/14:00-15:30/ Meeting Room 103A

Title: Recent Trends in AR Waveguide Design and Fabrication

Lei Zhao, Yongjiang Laboratory

Seminar 6

Seminar 6 (Language is English)

Tuesday, March 31/15:45-17:15/ Meeting Room 103A

Title: Optical Metasurfaces for Imaging, Sensing, and Display

Junsuk Rho, Pohang University of Science and Technology

Seminar 7

Seminar 7 (Language is English)

Tuesday, March 31/14:00-15:30/ Apollo VIP Room

Title: Fundamentals of Artificial Intelligence: Vision to Language Models

Achin Bhowmik, Stanford University

Active-Matrix Device

34 High Performance Oxide TFT

Session 34: High Performance Oxide TFT (Active-Matrix Device)

Thursday, April 2/13:30-15:10/ Felicity Function Room B

34.1 Invited Paper: Advanced Control of In-Rich IGO Channels: Compositional Optimization and Nitrogen-Mediated Structural Stabilization via PEALD (13:30-13:50)

Jin-Seong Park, Hanyang University

34.2 Invited Paper: Applications for ALD Dielectrics in Full Metal-Oxide Backplane Technology (13:50-14:10)

Dejiu Fan, Applied Materials Inc.

34.3 Development of 12.7inch 2.8K AMOLED Panel Using Fully High Mobility Oxide TFTs Which Can Realize 240Hz Refresh Rate (14:10-14:30)

Yana Gao, Tianma Microelectronics Co., Ltd.

34.4 Enhanced High Overall Performance of Solution-Processed IGO/IZTO Thin-Film Transistor via Heterogeneous-Bilayer Channel (14:30-14:50)

Meng Xu, Shanghai University

34.5 High Mobility and Excellent Stability of HMO Hybrid TFT for G8.6 Ink-Jet Printing AMOLED Backplane (14:50-15:10)

Jierong Huo, TCL China Star Optoelectronics Technology Co., Ltd.

44 Structure Engineering for TFTs

Session 44: Structure Engineering for TFTs (Active-Matrix Device)

Thursday, April 2/15:20-17:00/ Felicity Function Room B

44.1 A Novel Dual-Patterning Process for High-PPI OLED Displays Utilizing Organic Layer Structuring with Optimized Taper Angles and Dry Etching (15:20-15:40)

Chuanzhi Xu, Hefei Visionox Technology Co., Ltd.

44.2 Improving the Large-Area Uniformity and Performance of A-IGZO Vertical TFTs (15:40-16:00)

Chen Shen, TCL China Star Optoelectronics Technology Co., Ltd.

44.3 The Impact of Polysilicon Taper Angle on the Electric Characteristics of Low-Temperature Polysilicon Thin-Film Transistors and Image Sticking Performance of AMOLED (16:00-16:20)

Mengmeng Hu, Visionox Technology Inc.

44.4 Analysis of LTPO Inverter with Double-Gate Oxide TFT Structure for Backplane Display Circuits (16:20-16:40)

Dayun Li, Sungkyunkwan University

44.5 Enhancement of Persistent Photoconductive Effect in IGZO TFTs Passivated by MoOx: Ta Films (16:40-17:00)

Yongliang Chen, Shanghai Jiao Tong University

54 Printed TFT and Sensors

Session 54: Printed TFT and Sensors (Active-Matrix Device)

Thursday, April 2/17:10-19:10/ Felicity Function Room B

54.1 Invited Paper: Integrated Flexible Printed Carbon Nanotube Thin-Film Transistors as an Active-Matrix Backplane for E‑Paper Displays (17:10-17:30)

Jianwen Zhao, Suzhou Institute of Nano-Tech and Nano-Bionics, Chinese Academy of Sciences

54.2 Invited Paper: Oxide Thin-Film Transistors as Switching, Driving and Sensing Elements in Active-matrix Backplanes (17:30-17:50)

Pedro Barquinha, NOVA FCT

54.3 Invited Paper: Solution Processing of High-Performance Inorganic and Hybrid Materials for Large Area Electronics (17:50-18:10)

Myung-Gil Kim, Sungkyunkwan University

54.4 Vertically-Stacked 2T1C Printed Active-Matrix Backplane for High-Aperture Active-Matrix OLED Displays (18:10-18:30)

Sungjune Jung, Pohang University of Science and Technology

54.5 Distinguished Student Paper: Large‑Area Complementary Organic-Inorganic Hybrid TFT Technology for Integrated On‑Panel Computing in Immersive Display Systems (18:30-18:50)

Zhengyang Hu, Shanghai Jiaotong University

54.6 Miniaturized and Environmentally Friendly InP Quantum Dots /a-IGZO Phototransistors with High Detectivity and Tunable Photoresponse Performance (18:50-19:10)

Jiaxin Yang, Peking University

64 Channel Engineering for Oxide TFTs

Session 64: Channel Engineering for Oxide TFTs (Active-Matrix Device)

Friday, April 3/8:30-10:30/ Felicity Function Room B

64.1 Invited Paper: Functional Al2O3 Interfaces for Contact Improvement and Plasma Damage Protection in IGZO TFTs (8:30-8:50)

Soo-Yeon Lee, Seoul National University

64.2 Distinguished Paper: The Negative Bias Temperature Illumination Stress Mechanism of Top Gate Self Aligned Amorphous Oxide Semiconductor Thin Film Transistors (8:50-9:10)

Haoxiong Zhang, BOE Technology Group Co., Ltd.

64.3 LTPS TFT Taper Region Characterization Method and Its Application (9:10-9:30)

Weibin Zhang, Hefei Visionox Technology Co., Ltd.

64.4 Improved Long-Term Reliability of IGZO TFTs with Sol-Gel Magnesium Oxide Passivation (9:30-9:50)

Hanzhi Huang, Sungkyunkwan University

64.5 Optimizing Dual-Gate ITZO TFT Performance by Tuning Oxygen Plasma Time in Plasma-Enhanced Atomic Layer Deposition (9:50-10:10)

Tan Zhang, Shandong University

64.6 Enhanced Stability of AOS TFTs via Hydrogen Regulation of Gate Insulator (10:10-10:30)

Yuchun Zhong, Peking University

73 New Material TFTs

Session 73: New Material TFTs (Active-Matrix Device)

Friday, April 3/10:40-12:20/ Felicity Function Room B

73.1 Invited Paper: Structure and Optical Properties of Thin-film Materials based on Phthalocyanine Derivatives (10:40-11:00)

Margarita Marchenkova, Ivanovo State University

73.2 Invited Paper: Reduced Processing Complexity via Single-Layer Dual-Gate Architecture in Organic Multimodal Thin-Film Transistors (11:00-11:20)

Radu Sporea, University of Surrey

73.3 Invited Paper: High-Performance Carbon Nanotube Thin Film Transistors Enabled by Atomic Layer Etching Process for Display Driving (11:20-11:40)

Yu Cao, Peking University

73.4 Theory of the Distributions of the Hyper-Fine Sub-Boundaries in the (100)-Oriented Grain-Boundary-Free CW-Laser Crystallized Single Crystal Films on Insulator (11:40-12:00)

Nobuo Sasaki, Sasaki Consulting

73.5 Transistor-Level Tunable Sigmoid and Gaussian Activation Functions via Two-Gate Designs: From Analog Activation Function Control to Real-Time Hardware Demonstrations (12:00-12:20)

Junhyung Cho, Hanyang University

82 TFT Circuits and Systems 1

Session 82: TFT Circuits and Systems 1 (Active-Matrix Device)

Friday, April 3/13:30-15:30/ Felicity Function Room B

82.1 Invited Paper: Full Oxide TFT Technology for AMOLED Displays (13:30-13:50)

Shengdong Zhang, Peking University

82.2 A High Stability WOLED Display with Adapting GOA for Gaming MNT (13:50-14:10)

Zhidong Yuan, BOE Technology Group Co., Ltd.

82.3 Research on Solution for Improving Low-Frequency Flicker in LTPO Products (14:10-14:30)

Wenyu Zeng, Hefei Visionox Technology Co., Ltd.

82.4 A Novel Micro-LED Pixel Circuit Designed for Hybrid Pulse Modulation Driving Method (14:30-14:50)

Yingteng Zhai, Shanghai Tianma Microelectronics Co., Ltd.

82.5 Design of Triple Gate Display Panel with DLG Mode Support (14:50-15:10)

Tao Yang, BOE Technology Group Co., Ltd.

82.6 Implementation of CMOS GIP Circuits Using LTPO Technology (15:10-15:30)

Lanfen Lv, Hefei Visionox Technology Co., Ltd.

90 TFT Circuits and Systems 2

Session 90: TFT Circuits and Systems 2 (Active-Matrix Device)

Friday, April 3/15:40-17:20/ Felicity Function Room B

90.1 Invited Paper: IGZO-Compatible 2T DRAM and RRAM Devices for Potential Display-Driven Applications (15:40-16:00)

Sungjun Kim, Dongguk University

90.2 Invited Paper: Emerging Monolithic 3D Integration for Extreme-PPI AR/XR Microdisplay: Projection and Design (16:00-16:20)

Jiahao Kang, Peking University

90.3 The First Low-Power Consumption Liquid Crystal Display Panel Based on Dynamic Local Refresh Strategy of 1-120 Hz (16:20-16:40)

Haoxiong Zhang, BOE Technology Group Co., Ltd.

90.4 Invited Paper: Electrically Modulated Subthreshold Swing for Improved Current Control (16:40-17:00)

Man Wong, The Hong Kong University of Science and Technology

90.5 Distinguished Paper: Ultra-Narrow Border Design for High-PPI Wearable Displays (17:00-17:20)

ManMan Li, Hefei Visionox Technology Co., Ltd.

Poster

P 1 AMD

P 1.1 A Dynamic Luminance Compensation Algorithm for Mitigating IR-Drop-Induced Brightness Non-Uniformity in AM Mini-LED Backlights

Xianke zhan, Tianma Microelectronics Co., Ltd.

P 1.2 Study on the Stability of IGZO Thin Film Transistors under AC Stress

Ting Chen, Tianma Microelectronics Co., Ltd.

P 1.3 A Hybrid Backplane Technology for Inkjet-Printed OLEDs Using High-Mobility and Highly Reliable Amorphous Oxide Top-Gate TFTs

Chenning Liu, TCL China Star Optoelectronics Technology Co., Ltd.

P 1.4 A Novel LTPS TFT with Simple Architecture and Excellent Performance

Zhuang Li, Wuhan China Star Optoelectronics Technology Co., Ltd.

P 1.5 A Systematic Study of Influencing Factors of Gate Fall Time in TFT-LCD Panel Design

Zhan Wei, Beijing BOE Display Technology Co., Ltd.

P 1.6 Accurate Channel and Contact Resistance Extraction in Oxide TFTs Using a Voltage-Driven Gated Van der Pauw Method

Woo-Seok Lee, Inha University

P 1.7 Analysis and Prevention of Vertical Stripe Defects in Irregular TX Blocks

Peng Zhou, Beijing BOE Display Technology Co., Ltd.

P 1.8 Analysis of the heat resistance performance of Oxide TFT

Tianjing Yu, Beijing BOE Display Technology Co., Ltd.

P 1.9 BEOL-Compatible High-Performance Low-Temperature Polycrystalline Silicon Thin-Film Transistors with Fluorine Plasma Treatment

Peng Dai, Shandong University

P 1.10 Broadband Photoresponse Synaptic devices from Organic Assisted Engineering

Kyounghoon Kim, Gachon University

P 1.11 Corbino versus Rectangular TFTs: Analytical Area Comparison and High-Resolution Implications

Jiaquan Kong, Electric Power Research Institute of Guangdong Power Grid Co., Ltd.

P 1.12 Dam-Assisted Thermal Growth of MAPbI3 Polycrystalline Perovskite for X-ray Detector

Sun Kuo, University of Electronic Science and Technology of China

P 1.13 Degradation of InSnZnO Thin-Film Transistors Under Positive Bias Illumination Stress

Zilang Wu, Shenzhen University

P 1.14 Design Scheme of LTPS Pixel Circuit for Enhanced Threshold Compensation of Driving TFT

Qian Xu, Chengdu BOE Optoelectronic Technology Co., Ltd.

P 1.15 Design Strategies of Improving Color Shift under Strong Light Irradiation in LTPS AMOLED

Wenpeng Lin, Tianma Microelectronics Co., Ltd.

P 1.16 Effect of Bottom-Gate Insulator Capacitance on Electrical Performance of IGZO TFTs

Sijin Cen, Tianma Microelectronics Co., Ltd.

P 1.17 Effect of PIN Structure Integration on the Electrical Performance of TFTs in X-ray Imaging Sensors

Wei Guo, Hefei University of Technology

P 1.18 Effects of Different Annealing Processes on the Output Characteristics of IGZO TFT Devices

Yanli Cao, Tianma Microelectronics Co., Ltd.

P 1.19 Effects of Process Parameters on the Electrical Properties of P-type Te-based Thin Film Transistors

Yudong Zhang, Shandong University

P 1.20 Enhancement of Electrical Performance for Long-Term Bias Stability in a-IGZO Thin Film Transistors

Chen Zhang, BOE Display Technology Co., Ltd.

P 1.21 Enhancing On-State Current in Polycrystalline Silicon Thin-Film Transistors via Geometric Modulation of Localized Channel Doping

Pengfei Liu, Shenzhen university

P 1.22 High Mobility Metal Oxide TFTs by Atomic Layer Deposition for AMOLED Display

Guowen Yan, Hefei Visionox Technology Co., Ltd.

P 1.23 High Transmittance and Refresh Rate Design of 55-inch LCD

ZhiXin Sun, TCL China Star Optoelectronics Technology Co., Ltd.

P 1.24 High-Mobility InGaZnO Transistors by Atomic Layer Deposition

Jiakang Zhang, Beijing Information Science and Technology University

P 1.25 High-Performance InAlZnO Transistors with Robust Stability

Xuehui Yang, Peking University

P 1.26 Improving Threshold Voltage Uniformity of a-IGZO TFTs through Back-Channel Passivation Layer Process Optimization

Qingfei Hu, Chongqing BOE Optoelectronics Technology Co., Ltd.

P 1.27 Influence of Oxygen Content on Optoelectronic Properties of Novel Quinary AOS IGZTO Thin Films

Liang Fang, Chongqing University

P 1.28 Low Temperature Process with 355 nm Fiber Laser Treatment on Amorphous In-Ga-O Thin Film Transistor

Wu-Jin Oh, Sungkyunkwan University

P 1.29 Low-Hysteresis CNT TFT Enabled by Interface Self-Assembly Treatment

Wei Huang, South China University of Technology

P 1.30 Mainstream TV Panel Dim Line Evaluation Solution and Improvement Strategies

Qiujie Su, BOE Technology Group Co., Ltd.

P 1.31 PBTS Stability Improvement of InZnO Thin Film Transistors Fabricated with a BCE Structure

Ming-Jiue Yu, Guangzhou China Star Optoelectronics Semiconductor Display Technology Co., Ltd.

P 1.32 Performance Improvement of Negative Bias Temperature Instability in Dual-Gate IGZO Devices

Shiyu Long, Wuhan China Star Optoelectronic Technology Co., Ltd.

P 1.33 Research on the Coupling Pull Impact of Data Lines on DG TDDI Panel

Tengfei Ding, Beijing BOE Display Technology Co., Ltd.

P 1.34 Research Progress of Oxide Thin-Film Transistor Technology in the Semiconductor Field

Qianqian Bu, Beijing BOE Display Technology Co., Ltd.

P 1.35 Simulation Platform for Photosensitive Devices based on TFT Process

Jie Zhang, Beijing BOE Display Technology Co., Ltd.

P 1.36 Solution for Avoiding the Output Breakdown Behavior of Amorphous High-Mobility Oxide Thin-Film Transistors in Large-scale Preparation

Jingdong Liu, TCL China Star Optoelectronics Technology Co., Ltd.

P 1.37 Study on Improving the NBTIS Performance of Indium-Gallium-Zinc-Oxide Thin-Film Transistors

Yongdi Zhang, TCL China Star Optoelectronics Technology Co., Ltd.

P 1.38 The Analysis and Research on High-resolution and High-frequency of Flexible AMOLED 6.59-inch LTPS Display Panel

Xiping Su, Wuhan Tianma Microelectronics Co., Ltd.

P 1.39 The Effect of Different T-aging Conditions on the Ioff of LTPS Thin-Film Transistors

Dejian Wang, TCL China Star Optoelectronics Technology Co., Ltd.

P 1.40 Transient Simulation of Self-Heating Effect in an a-IGZO TFT Device

Gang Ni, Anhui Jianzhu University

P 1.41 UV-Responsive Optoelectronic Synaptic ITZO-MZO Heterojunctions Oxide TFT for Neuromorphic Computing

Haiyu Xie, South China University of Technology

P 1.42 Design of a Pixel Driving Circuit for Near-eye Displays with Smart Regulation of Power Consumption According to the Position of the Pupil

Donghui Zhang, Anhui Jianzhu University

P 1.43 Photo‑Sensing Device Characteristics in Amorphous IGZO Transistors

Changbum Park, Beijing Oriental Electronics (BOE)

P 1.44 Research on the Improvement of Stability of Amorphous Silicon TFTs under High-Brightness and High-Temperature Conditions

Guanshui Luo, TCL China Star Optoelectronics Technology Co., Ltd.

P 1.45 The Influence of Peripheral Structure Damage on LTPS Reliability

Congxing Yang, Wuhan China Star Optoelectronics Technology Co., Ltd.

P 1.46 Effect of Annealing Temperature on Electrical Performance of IGZTO Thin-Film Transistor

Weicheng Cao, Chongqing University

P 1.47 Design of an Active-Matrix Driving Circuit for Zonal Dimming Sunglasses Based on LCD

Chonghao Zhang, Anhui Jianzhu University

P 1.48 Enhanced Performances of SnO2 Thin Tilm Transistor by Nitrogen Modification for Low-cost Display Application

Kaijie Gu, Henan Academy of Sciences

AI for Imaging and Display

6 AI for Interactive and Novel Displays

Session 6: AI for Interactive and Novel Displays (AI for Imaging and Display)

Wednesday, April 1/8:30-10:10/ Fabulous Function Room C

6.1 Invited Paper: Learning with Graph Attention Network for Human Parsing: Enhancing Perception Foundation for Natural Human-Computer Interaction (8:30-8:50)

Chengrui Le, Yongjiang Laboratory

6.2 Innovative Applications Based on Absolute Pointing Remote Control Technology (8:50-9:10)

Xingxing Jiao, BOE Technology Group Co., Ltd.

6.3 A Real-Time Eye Tracking System for Man to Machine Interaction on Light Field Display (9:10-9:30)

Runshen Lu, Faith Billion Technology Development Limited

6.4 Beyond MLPs: Convolutional Color Constancy with Kolmogorov-Arnold Networks (9:30-9:50)

Liangwei Chen, Zhejiang University

6.5 Vision-Language Models Internalize Human-Like Memory Colors from Real-World Objects (9:50-10:10)

Zhiyu Chen, Wuhan University

16 AI for Manufacturing

Session 16: AI for Manufacturing (AI for Imaging and Display)

Wednesday, April 1/10:20-12:20/ Fabulous Function Room C

16.1 Invited Paper: Visual Chain-of-Thought Reasoning for Display Industrial Defect Management Based on Vision-Language Models (10:20-10:40)

Haiyang Guo, BOE Technology Group Co., Ltd.

16.2 Invited Paper: Artificial Intelligence Architecture with Memristor Synapses for Fast Image Processing (10:40-11:00)

Aliaksandr Smirnov, Belarus Chapter, Belarusian State University of Informatics and Radioelectronics

16.3 A Semi-Supervised-Based Virtual Metrology Method for PSH Estimation (11:00-11:20)

Weixue Huang, BOE Technology Group Co., Ltd.

16.4 A Dual-Tower Transfer Learning Strategy for Precise Classification of Extremely Imbalanced LCD Aging Defect Data (11:20-11:40)

Jing Ba, TCL China Star Optoelectronics Technology Co., Ltd.

16.5 Yield Root Cause Analysis System for Display Panel Production Based on Machine Learning and Big Data Technology (11:40-12:00)

Zijian Cheng, BOE Technology Group Co., Ltd.

16.6 AI-based Layout-to-Image Dataset Generation for Lithography Defect Detection (12:00-12:20)

Yuehua Hu, Korea Institute of Industrial Technology (KITECH)

38 AI for Display R&D 1

Session 38: AI for Display R&D 1 (AI for Imaging and Display)

Thursday, April 2/13:30-14:50/ Fabulous Function Room C

38.1 Invited Paper: Intelligent Screening and Design of OLED Luminescent Materials (13:30-13:50)

Dandan Song, Beijing Jiaotong University

38.2 Multi-Modal Pre-Training Framework for Molecular Property Prediction (13:50-14:10)

Min Zeng, BOE Technology Group Co., Ltd.

38.3 Enhancing Chemical Capabilities of Large Language Models for OLED Materials Design (14:10-14:30)

Tsun-Hin Cheung, TCL AI Lab

38.4 Performance Analysis of Rare-Earth Doped Oxide Thin-Film Transistors Using Neural Network Method (14:30-14:50)

Zengyi Peng, South China University of Technology

48 AI for Display R&D 2

Session 48: AI for Display R&D 2 (AI for Imaging and Display)

Thursday, April 2/15:00-16:20/ Fabulous Function Room C

48.1 Invited Paper: AI-Driven Innovations in R&D and Production of Display Industry: A Comprehensive Review of Material Design, Device Fabrication, Defect Detection, and Compensation Technologies (15:00-15:20)

Bo-ru Yang, Sun Yat-Sen University

48.2 Color Temperature Uniformity Correction for LCD Screens Based on AI and FPGA (15:20-15:40)

Zheyuan Song, BOE Technology Group Co., Ltd.

48.3 An Automated Compensation Method for Fine Stripes of LCD Modules Based on Computer Vision (15:40-16:00)

Yingjie Li, BOE Technology Group Co., Ltd.

48.4 Distinguished Student Paper: AI-Algorithm-Driven Automated Layout Generation Method for Flat Panel Display with High Aperture-Ratio and Charging-Ratio (16:00-16:20)

Haodong Tang, Peking University

58 AI for Novel Applications

Session 58: AI for Novel Applications (AI for Imaging and Display)

Thursday, April 2/16:30-18:10/ Fabulous Function Room C

58.1 Invited Paper: On-Device AI: Gaussian-Sigmoid Transistors, Light-Driven Spikes, and Intelligent Risk Sensors (16:30-16:50)

Hocheon Yoo, Hanyang University

58.2 Invited Paper: Research on a Highly Robust Deep Learning Classification Model for Fine-Grained Industrial Surface Defect Detection (16:50-17:10)

Qinhao Piao, BOE Technology Group Co., Ltd.

58.3 Invited Paper: Complex Hologram Encoding Method for Holographic 3D Display (17:10-17:30)

Shufeng Lin, Beijing University of Technology

58.4 Fine-Grained Action Detection in Visual HCI with Spatial Mask Video Foundation Models (17:30-17:50)

Haiyang Guo, BOE Technology Group Co., Ltd.

58.5 Process-Controllable Lithography Simulation Based on Flow Matching Generative Model (17:50-18:10)

Qiao Xu, BOE Technology Group Co., Ltd.

67 AI for Visualization and Graphics

Session 67: AI for Visualization and Graphics (AI for Imaging and Display)

Friday, April 3/8:30-9:50/ Fabulous Function Room C

67.1 Invited Paper: Perception-Oriented Stereo Matching and Scene Understanding (8:30-8:50)

Ying Gao, Qingdao University of Science and Technology

67.2 A Method for Generating New Viewpoints in Monocular Images Based on Diffusion Models (8:50-9:10)

Yingdong Gu, BOE Technology Group Co., Ltd.

67.3 DWvs: Depth-Guided Image Warping and Hole Filling for Novel View Synthesis (9:10-9:30)

Haozhan Wei, Southern University of Science and Technology

67.4 Low-Light Integral Imaging 3D Saliency Detection via a Physically-Guided Transformer with Retinex Prior (9:30-9:50)

Hanlin Liu, Xidian University

Poster

P 3 AI for Imaging and Display

P 3.1 A Comprehensive Review of Challenges in Artificial Intelligence Text-to-Image Generation Applications

Qianger Xu, North China University of Technology

P 3.2 Distinguished Student Paper: A GAN-Based Integrated Simulation-Inference Framework for Efficient IR-Drop Compensation

Han Zhang, Shanghai Jiao Tong University

P 3.3 A Geometric Feature-based Conditional Diffusion Model for Predicting Stress and Strain Distribution in Curved OLED Screens

Xiaoyin Cui, BOE Technology Group Co., Ltd.

P 3.4 A Micro-LED-Based Hybrid Optoelectronic Neural Network System for Hundred-Image Parallel Inference

Haobo Zhu, Shanghai University

P 3.5 A Neural Network-based GOA Power Consumption Simulation Method

Zhibin Liu, Beijing BOE Display Technology Co., Ltd.

P 3.6 A Novel AI-Based Method for Demura at the Subpixel Level

Jianguo Wang, Guangzhou Govisionox Technology Co., Ltd. (Visionox’s Shareholding Company)

P 3.7 A Pipelined Hardware Implementation of a Pyramid-Fusion-Enhancement Method for Weakly Illuminated Images

Xiaoxuan Wen, Shenzhen Technology University

P 3.8 A Review of 3D Scene and Metallography Image Generation Techniques Based on Generative Models

Yingqi Fan, North China University of Technology

P 3.9 A Review of Multimodal Public Sentiment Analysis Based on Image-Text Fusion

Peihua zhang, North China University of Technology

P 3.10 A Small Object Detection Algorithm Based on Enhanced Feature Fusion

Zhonghua Lan, Fuzhou University

P 3.11 A Unified Framework for Multi-modal and Multi-Task Enterprise QA System with LLM

Yue Li, BOE Technology Group Co., Ltd.

P 3.12 Adaptive Frame Interpolation for Integral Imaging Video Generation

Xinyang Tong, Xidian University

P 3.13 AI-Based Performance Prediction Analysis of Falling Ball Test

Mingjie Tang, Guangzhou Govisionox Technology Co., Ltd. (Visionox’s Shareholding Company)

P 3.14 AI-DACP: A Hardware-Friendly DNN-Based Dynamic Power Optimization for High-Resolution Mini-LED Backlights

Xianke Zhan, Tianma Microelectronics Co., Ltd.

P 3.15 AI-Empowered Lightweight Digital Transformation Path for Aging Panel Production Lines

Jian Guo, Wuhan BOE Optoelectronics Technology Co., Ltd.

P 3.16 An Optimized 3D-LUT Low-Light Image Enhancement Network Based on Channel Correction and Adversarial Denoising

Huiying Wang, Fuzhou University

P 3.17 Application of an IIoT- and AI-Enabled Digital Twin System to Robot Maintenance in the Panel Manufacturing Industry

Si Niu, BOE Technology Group Co., Ltd.

P 3.18 Automated Spin-Coating Process for High-Quality Multilayer Quantum Dot Films

Haodong Tang, Shenzhen Technology University

P 3.19 Display Embedding: Advancing Industrial Knowledge Retrieval Through Foundation Models

Qianhong Yu, BOE Technology Group Co., Ltd.

P 3.20 DPP-DTT Nanowire Synaptic Devices with Optical and Electrical Plasticity for Biosignal Classification

Wangmyung Choi, Hanyang University

P 3.21 Edge-Side Voice Control Optimization through Lightweight ASR Fine-Tuning and Hierarchical Semantic Matching

Shaoxun Su, BOE Technology Group Co., Ltd.

P 3.22 Exploring the Development of a Secure, Local RAG for OLED Technology with Local LLM

Pengfei Li, Tianma Microelectronics Co., Ltd.

P 3.23 Eye-Tracking Systems for Interactive Display Applications

Yongwei Wu, Shenzhen Technology University

P 3.24 Fast Content Generation for Naked-Eye 3D Light-Field Display

Yulin Du, Tianjin Medical University

P 3.25 Fault Prediction Method Based on Robot Monitoring Data

Jian Huang, BOE Technology Group Co., Ltd.

P 3.26 Inverse Design of High-Quality Dielectric Metasurface Filters for Full-Color Displays

Jiawei Zhang, Fuzhou University

P 3.27 I-PLMFTS: Research on an Intelligent Insole System Based on a Porous Sponge Triboelectric Nanogenerator

Qiyao Wang, Fuzhou University

P 3.28 MLP-CNN-Based Modeling for Organic Electrochemical Transistors Transfer Characteristic Curves

Sixing Chen, Sun Yat-Sen University

P 3.29 Multimodal Image-Text Sentiment Analysis via Adaptive Modal Weighting

Xingzun An, North China University of Technology

P 3.30 Practical Molecular Property Prediction with AI Model

Tong Liu, BOE Technology Group Co., Ltd.

P 3.31 Real-Time AI-Enhanced Dual-Camera Vision System with Derain, Desnow, and Object Detection for Embedded Applications

Xiaoyu Ying, Shenzhen Technology University

P 3.32 Real-Time YOLOv3-Tiny Acceleration on Zynq-7035 Using a Hardware-Software Co-Design Approach

Hanyang Ye, Shenzhen Technology University

P 3.33 Self-Powered Optoelectronic Synaptic device based on β-Ga2O3/Thiazolothiazole Heterojunction for Artificial Visual Systems

Wangmyung Choi, Hanyang University

P 3.34 Simulation-Driven Design of High-Color-Purity Cadmium-Free QLEDs Using Semi-Transparent Ag Microcavities

Yihuan Zhou, Shenzhen Technology University

P 3.35 Unsupervised Video Anomaly Detection with Vision–Language Model as Assistance

Yalong Jiang, BOE Technology Group Co., Ltd.

P 3.36 Applied Vision-Driven Autonomous Navigation: Enhancing Obstacle Avoidance for Indoor Mobile Robots

Nan Li

P 3.37 Wide-Range Absolute Blood Flow Velocity Quantification in LSCI via Optical Flow and Multimodal Deep Learning

Kaijing Shang, Technical Institute of Physics and Chemistry

Applied Vision

5 Color Assessment

Session 5: Color Assessment (Applied Vision)

Wednesday, April 1/8:30-9:50/ Fabulous Function Room B

5.1 Invited Paper: Reproducing Color Appearance of Real Scenes in Head-mounted Displays (8:30-8:50)

Shining Ma, Beijing Institute of Technology

5.2 Invited Paper: Evaluation Method and Research on Display Technology Based on Natural Spectrum Similarity (8:50-9:10)

Guofu Tang, TCL China Star Optoelectronics Technology Co., Ltd.

5.3 Skin Color Preference of Multiple Ethnic Groups (9:10-9:30)

Beijia Qin, Zhejiang University

5.4 Which Color will Produce More Observer Mismatch for Displays? (9:30-9:50)

Siyuan Song, Zhejiang University

15 Color Modeling

Session 15: Color Modeling (Applied Vision)

Wednesday, April 1/10:00-11:20/ Fabulous Function Room B

15.1 A Color Image Enhancement Method for Anomalous Trichromats Based on a Deep Learning Approach (10:00-10:20)

Ruiqing Ma, Taiyuan University of Technology

15.2 ICONS: A Universal Colour Communication System for Cross Media Colour Reproduction (10:20-10:40)

Molin Li, Zhejiang University

15.3 Distinguished Student Paper: How Reliable is Human Memory Color? A Case Study Based on Multiple Methods and Neural Network Prediction (10:40-11:00)

Zhiyu Chen, Wuhan University

15.4 Benchmarking the Scale Consistency and Uniformity of sUCS for High-Dynamic-Range Color Assessment (11:00-11:20)

Molin Li, Zhejiang University

37 Visual Health

Session 37: Visual Health (Applied Vision)

Thursday, April 2/13:30-14:50/ Fabulous Function Room B

37.1 Invited Paper: Distinguished Paper: Adaptive Dominant Eye-Based Binocular Vision for Virtual Reality (13:30-13:50)

Chaoping Chen, Shanghai Jiao Tong University

37.2 From Parameters to Experience An Exploration of the Theoretical Path for Subjective Evaluation of the Eye-Protection Mode on Mobile Phones (13:50-14:10)

Yang Yi, China National Institute of Standardization

37.3 Influence of Display Spectral Similarity to Natural Light on Visual Search Performance (14:10-14:30)

Yunhong Zhang, China National Institute of Standardization

37.4 Light Field Displays Correcting Early-Stage Cataract by Engineering Vectorial Beams (14:30-14:50)

Jie Tang, Sun Yat-sen University

47 Visual Fatigue

Session 47: Visual Fatigue (Applied Vision)

Thursday, April 2/15:00-16:40/ Fabulous Function Room B

47.1 Invited Paper: The Effect of Different PWM Settings on Visual Fatigue under Different Luminance Levels on Mobile Displays (15:00-15:20)

Fang Hou, Eye Hospital of Wenzhou Medical University

47.2 Invited Paper: From Pixels to Photoreceptors: Bio-Informed Deep Learning for Visual Discomfort Assessment (15:20-15:40)

Yunyang Shi, Nanjing Technology University

47.3 Assessment of Visual Fatigue in 2D and 3D Displays Using Graph-Theoretic Analysis of Global Functional Connectivity (15:40-16:00)

Lixiu Jia, Nanjing Institute of Technology

47.4 Neural Dynamics of Motion Sickness in In-Vehicle Movie Watching Scenarios (16:00-16:20)

Si Feng, China National Institute of Standardization

47.5 Parameter Optimization for Visual Comfort and Reading Efficiency A Systematic Investigation Using Subjective and Objective Measures (16:20-16:40)

Zhenzhen Li, Zhejiang University

57 Brightness Perception

Session 57: Brightness Perception (Applied Vision)

Thursday, April 2/16:50-18:10/ Fabulous Function Room B

57.1 Ambient Light Adaptive Gamma: Ambient Light Management Solution Beyond AR/AG (16:50-17:10)

Yaodong Wu, Shanghai Tianma Microelectronics Co., Ltd.

57.2 A Perceptual Brightness Evaluation Tool for Displays Applicable to Different Scenarios (17:10-17:30)

Yueyuan Zhang, Southeast University

57.3 Effects of Mobile Phone Luminance Adjustment Strategies on Visual Comfort under Indoor Lights-Off Conditions (17:30-17:50)

Lan He, Southeast University

57.4 The Phantom Array Effect on Mobile Phones (17:50-18:10)

Huimin Chen, Southeast University

Poster

P 2 Applied Vision

P 2.1 A Hit-Rate Model for Color Palette Similarity Evaluation Based on the Hungarian Algorithm

Yafan Gao, Wuhan University

P 2.2 A Method for Quantifying the Impact of Color on Perceived Brightness

Run Wang, Southeast University

P 2.3 Application of High-Brightness and Eye Care Technology in Display Screens

Yu Gao, Guangzhou TCL CSOT Semiconductor Display Technology Co., Ltd.

P 2.4 Beneficial Natural Light Technology for Healthy Display

Jinshuai Duan, BOE Technology Group Co., Ltd.

P 2.5 Effects of Display Polarization on Visual Fatigue: Insights from Combined Subjective and Objective Measurements

Si Feng, China National Institute of Standardization

P 2.6 End-to-End Neural Network for Cross-Device 3D Display Content Conversion

Qin Cheng, Hefei University of Technology

P 2.7 Research on the Effect of Wide Color Gamut on Perceived Brightness

Zihan Wang, ‌Southeast University

Display Application

52 Performance Enhancement

Session 52: Performance Enhancement (Display Application)

Thursday, April 2/15:00-16:20/ Meeting Room 101

52.1 Methods to Improve the Contrast Ratio as Defined by Display Specification for Automotive Application (15:00-15:20)

Jimin Tang, Infovision Optoelectronics (Kunshan) Co., Ltd.

52.2 Brand-New AIE Material for Eye-Friendly Screens with Natural Light-Like Spectrum (15:20-15:40)

Yi Feng, TCL China Star Optoelectronics Technology Co., Ltd.

52.3 Study of Factors Affecting the Antistatic Performance of AMOLED Display (15:40-16:00)

Yun Chen, Yungu (Gu'an) Technology Co., Ltd. (Visionox’ s Affiliated Company)

52.4 A Four-Ways Viewing Angle Controllable Liquid Crystal Display Technology with Dual Cell Design (16:00-16:20)

Tao Liu, Infovision Optoelectronics (Kunshan) Co., Ltd.

62 3D and Sensors

Session 62: 3D and Sensors (Display Application)

Thursday, April 2/16:30-17:50/ Meeting Room 101

62.1 Novel View Synthesis for 3D Video Communication System (16:30-16:50)

Siyan Ma, BOE Technology Group Co., Ltd.

62.2 High-Precision Eye Tracking System Based on the Kalman Prediction (16:50-17:10)

Jinhui Hua, Shanghai Tianma Microelectronics Co., Ltd.

62.3 A Polarization-Multiplexed Heterogeneous Microlens Array Enabling Light Field Display with Natural Defocus Blur (17:10-17:30)

Yifan Ding, Sun Yat-Sen University

62.4 Portable Light-Field AR Display for In-Situ 3D Ultrasound Guidance in Emergency Care (17:30-17:50)

Yutong Wu, Tsinghua University

71 LCD Application

Session 71: LCD Application (Display Application)

Friday, April 3/8:30-9:50/ Meeting Room 101

71.1 Invited Paper: Liquid Crystal Spatial Light Modulators for Phase, Amplitude or Polarization Modulation (8:30-8:50)

Kristiaan Neyts, Hong Kong University of Science and Technology

71.2 Research on the Application of Field Sequential Color Display in Large and Medium-sized LCD Products (8:50-9:10)

Shuming Chang, TCL China Star Optoelectronics Technology Co., Ltd.

71.3 Innovative Application of Custom Color Space on Digital LCD Pen Display (9:10-9:30)

Zhiling Ma, Shenzhen Yinghongjun Intelligence Technology Ltd.

71.4 Blue Photoresist Residue on Green Films: Mechanistic Insights and Effective Suppression Strategies (9:30-9:50)

Jiahao Zheng, Shenzhen Institutes of Advanced Technology, Chinese Academy of Sciences

80 Display Optimization

Session 80: Display Optimization (Display Application)

Friday, April 3/10:00-11:40/ Meeting Room 101

80.1 Invited Paper: A High Vth Compensation Rate Pixel Circuit Based on LTPS (10:00-10:20)

Jianchao Zhu, BOE Technology Group Co., Ltd.

80.2 A New Scheme for Optimizing the Switching Effect Between PWM Mode and DC Mode (10:20-10:40)

Xiuning Shangguan, Yungu (Gu'an) Technology Co., Ltd. (Visionox’s Affiliated Company)

80.3 Optimizing Stimulus Arrangement for SSVEP-BCI Under Local Dimming Displays (10:40-11:00)

Yuang Li, Southeast University

80.4 RGB Mini-LED Backlit LCD Integrated with Multi-input, Multi-output, and Multi-color Li-Fi (11:00-11:20)

Zihao Liang, Sun Yat-sen University

80.5 Intelligent Television Control System Based on EEG–EOG Fusion (11:20-11:40)

Tong Zou, Southeast University

88 OLED Application

Session 88: OLED Application (Display Application)

Friday, April 3/13:30-14:30/ Meeting Room 101

88.1 Invited Paper: Enhanced Low-Temperature Mechanical Reliability of Foldable Screen (13:30-13:50)

Shuangbing Zhang, Hefei Visiononx Technology Co., Ltd.

88.2 Distinguished Paper: Novel AMOLED Panel with Anti-UV Design for Outdoor Application (13:50-14:10)

Zhiyong Xiong, Shanghai Tianma Microelectronics Company Limited

88.3 Research on the GIP Circuit Corrosion Mechanism in an AMOLED Module (14:10-14:30)

Zhijia Zhang, Yungu (Gu'an) Technology Co., Ltd. (Visionox’s Affiliated Company)

96 Emerging Application

Session 96: Emerging Application (Display Application)

Friday, April 3/14:40-16:20/ Meeting Room 101

96.1 Invited Paper: Self-Illuminated Color Background Oriented Schlieren with Sub-Micron Displacement Accuracy Using Advanced Display Technologies (14:40-15:00)

Alexander Kurilov, Federal State University of Education

96.2 Software GenLock: Achieving Precise Multi-System Display Synchronization (15:00-15:20)

Arshad Mehmood, Intel Corporation

96.3 Virtual Yield Platform for Yield Simulation AI+EDA Co-Design Practice to Boost Display Panel Yield (15:20-15:40)

Jing Ba, TCL China Star Optoelectronics Technology Co., Ltd.

96.4 A Real-Time Myocardial Blood Flow Imaging System Based on Laser Speckle Contrast Imaging (15:40-16:00)

Renbin Wang, Technical Institute of Physics and Chemistry, CAS

96.5 Distinguished Student Paper: High-Quality Metasurface Holographic Display and Applications (16:00-16:20)

Shuo Sun, China Jiliang University

Poster

P 5 Display Application

P 5.1 A Class-Balanced Spectral–Spatial Residual Network for Fine-Grained Hyperspectral Vegetation Classification

Ruiyang Fei, Shanghai University

P 5.2 A New Dual Gate Pixel Structure Suitable for Large-sized and High-refresh-rate LCD panels

Fulan Zhong, TCL China Star Optoelectronics Technology Co., Ltd.

P 5.3 A Two-Stage Edge-Aware Adaptive Anti-Aliasing and Anti-Artifact Demosaicing Algorithm

Yujie Shi, Shanghai University

P 5.4 Aromatic Lewis-base-assisted Ligand Cleaning Strategy Enables Suppression of Non-radiative Recombination in Blue Perovskite Quantum Dot Light-emitting Diodes

Zhanpeng Qin, Tianjin University

P 5.5 Content Overview of Display Industry and Challenges for the Near Future

Sha Liu, Beijing BOE Display Technology Co., Ltd.

P 5.6 Design and Implementation of a Display Stream Compression Encoder for High-Resolution Display Systems

Xia Ye, Shanghai University

P 5.7 Design of a High-Efficacy Backlight System for ARHUD

Huanli Yang, Wuhan China Star Optoelectronics Technology Co., Ltd.

P 5.8 Exploration of a Wide-Viewing Angle LCD Solution

Chaoyue Wang, Hefei Jingdong Display Technology Co., Ltd.

P 5.9 Exploring the Applications of Flexible Display Technology in Anti-Counterfeiting

Cui Liu, China Banknote Printing Technology Research Institute

P 5.10 Floating Hemisphere Platform Made by Lapping Thin Films or Fluffy Cloud-like Materials for Aerial Signage and Spatial Visual Effects in The Air

Kunio Sakamoto, Konan University

P 5.11 Hardware-Software Co-Design of an Image Encryption Scheme Integrated with National Cryptography and Post-Quantum Cryptography

Xiaobo Huang, Shanghai University

P 5.12 Influence of Optical Defocus Rate on Autostereoscopic Display: 2D and 3D

Min Lu, Shenzhen Yinglun Tech

P 5.13 LCD Multi Frequency Partition Refresh Based on A-si Technology

Chunjin Lin, Xiamen Tianma Microelectronics Co., Ltd.

P 5.14 Lens-aware-Anti-Aliasing via Direction-Gated Diffusion in Lenticular 3D Displays

Xin Tong, TCL China Star Optoelectronics Display Technology Co., Ltd.

P 5.15 Lightweight Hardware Accelerator for Real-Time Object Detection on Zynq-7020

Zhonglin Tang, Shanghai University

P 5.16 Multi-Scale Fusion Enhanced Sparse Transformer for Image Deraining

Enfang Xu, Shanghai University

P 5.17 Quantitative Index of LCM Uneven Brightness and Darkness

Shengyan Qiu, BOE Technology Group Co., Ltd.

P 5.18 Research Method for In-plane Image Quality Improvement Based on Power IC

Yihua Zhang, TCL China Star Optoelectronics Technology Corporation

P 5.19 Research on the Image Quality of RGBY Pixel Arrangement

Binyan Wang, Chengdu BOE Optoelectronics Technology Co., Ltd.

P 5.20 Research on Key Technologies for Viewing Angle Improvement of VA Liquid Crystal Displays

Lizhen Li, China Star Optoelectronic Technology Co., Ltd.

P 5.21 Research on Material Selection and Process Optimization for Enhancing Ion Migration Resistance in Flexible Printed Circuits (FPCs)