ICDT - ICDT

ICDT短期课程一般是讲技术大类的系统课程，从基础知识、技术工艺，到制备，如何制作产品等，提供了一个全面的主题基础知识介绍，旨在将参会者的技术广度扩展到新的领域。每个短期课程时长3个小时。

ICDT专题技术讲座将会把热门的新技术领域解剖到基本原理知识的层面，并为有志于将知识层面扩展到新技术领域的工程师、科学家、设计师、行政人员、OEM / ODM、供应商、教育工作者和学生提供一个全方位的技术介绍和指导。每个专题技术讲座时长1.5个小时。

3月31日上午

显示技术和产业标准论坛（闭门会议）

3月31日下午

JSID期刊发表培训会

3月31日下午

Micro/Mini LED显示关键技术路线研讨会

Micro /Mini LED显示是下一代主流显示技术的重要选择，其显示技术是一个非常复杂的技术体系，涉及衬底和外延及芯片制备、全彩或色彩转化（R/G/B或量子点激发）、巨量转移和与驱动背板的键合、无缝拼接和低功耗驱动、检测和修复等五大部分组成，其产业化更是对每一个环节都提出了新的技术指标和要求，许多技术问题尚未完全突破，实现路径也在竞相发展。

3月31日下午

"显示未来之星杯"创新成果大赛

4月1日上午

显示产业未来技术战略峰会（FTS）（闭门会议）

显示产业未来技术战略峰会（FTS）一直是ICDT的大IP活动。这是一场聚集了面板厂商、设备材料制造商、终端产品知名企业等显示产业上中下游企业领袖、以及各个显示技术领域的顶级专家的顶级盛会。

4月1日上午

新技术新产品发布会

由企业代表进行本单位新技术新产品的宣发仪式。

4月1日下午

大会开幕式和主题报告

开幕式将汇聚工信部和科技部领导、地方各级政府领导、国内外院士、SID Fellow（会士）、国家级高层次人才、海外知名教授和专家、科技部“战略性先进电子材料”总体专家组专家，工信部电子科技委基础电子组委员、SID 北京分会技术委员会委员，以及来自全球各地高等院校及研究机构的研发人员和企业技术人员，企业高管从经理、总监和副总裁，到资深高管和最终用户决策者等，以及信息显示市场专业分析师，投资机构专业人员，总人数预计超过 1000 人。
主题报告演讲嘉宾为显示相关技术研究领域或产业的领军人物，在国际上有很高的学术知名度，或是国际知名企业的高层技术主管以上。

4月1日晚

VIP欢迎晚宴

包含邀请SID 高层领导、SID 北京分会技术委员会委员、受邀报告人、海外咨询委员会委员、企业高层领导、参展和赞助企业高层及代表、国内显示相关学会和行业协会代表等。活动包含：：1. SID 高层领导致辞——2. 当地政府介绍产业环境和招商政策——3.承办方致辞——4.赞助商代表发言——5.颁奖仪式和启动仪式

4.1上午 4.2下午 4.3一天

技术研讨会报告（90+分论坛）

研讨会涵盖显示 18个技术领域（围绕有源矩阵器件、AI赋能与成像显示、应用视觉、虚拟现实、增强现实、混合现实及元宇宙、显示应用、显示电子、显示测量、显示制造、显示系统、主动发光显示，MicroLED 和量子点显示、电子纸及柔性显示、液晶显示、照明、有机发光二极管显示、印刷显示、投影显示、触控与交互显示、车载显示），技术研讨会涵盖显示 18个技术领域，组成了96场技术分论坛，其中有170位来自国内外高校、企业和研究机构的邀请报告，邀请报告中境外报告达74位；还有 316个口头报告；554个海报报告。

4月2日一天

“显示未来之星杯”辩论赛

针对显示行业的热门议题，以高校和企业资深专家作为导师，由学生、青年工程师、青年学者等展开辩论，将增强显示人才的批判性思维，以多样的视角辩证地看待和思考行业难题，探讨具体可行的对策和措施。国际信息显示学会（SID）北京分会将继续举办第五届ICDT“显示未来之星杯”辩论赛。

4月2日一天

商业会议

2026 ICDT 商业会议全新升级！以“市场引领下的创新与资本融合”为主题，全新改版后，会议内容更加丰富，不仅涵盖最新市场预测和显示新技术发展趋势分析及行业竞争格局剖析，还特别增设显示行业新产品或相关技术方面取得显著成果的领先显示企业以及部分优秀的新兴创业公司介绍其最新产品或技术；同时还有金融机构的加入，探讨金融如何有效赋能显示产业发展。参会嘉宾包括分析师、投融资机构、基金公司、银行、初创企业负责人、大中型显示企业高层、技术专家、供应链管理及市场营销负责人等！

4月2日上午

海报报告专场

海报报告专区是作者投稿经 ICDT 技术委员会委员评审为海报报告的论文展示区。会议期间安排半天作为海报报告专场，论文作者为观众现场讲解论文技术亮点。

4月2日上午

AI赋能成像与显示专题论坛

AI 助力显示材料开发、显示制造过程中的大数据采集和 AI 优化、AI 提升显示屏视频画质、人机交互大数据深度学习、显示应用中的AI 应用场景、大模型与显示结合。该论坛将介绍人工智能在成像及显示中的应用，AI 如何赋能成像与显示。

4月2日上午

人因与视觉健康专题论坛

该论坛将组织显示系统和应用集成商、面板制造企业、医学领域专家开展人因和视觉健康专题技术研讨，内容将包括如显示参数与人眼视觉感知、显示与视觉疲劳预测模型、显示与感知亮度、显示内容制作对视觉疲劳和眩晕的影响、新型显示的人因学等。

4月2日上午

元宇宙与显示专题论坛

该论坛以“显示为元宇宙助力”为主题，将综合如动作捕捉、场景再现、感知技术、虚拟场景构建、交互式内容作、影视化游戏制作、AR&VR&MR 显示、真三维光场显示、交互式三维影像显示、交互式三维影像压缩格式和传输协议及通信协议和方式、交互式富媒体操作系统技术等内容。

4月2日上午

多基色显示专题研讨会

4月2日上午

科技中的女性

本论坛将汇聚来自产业、学术界等领域中的杰出女性代表，通过演讲、对话讨论等形式，聚焦女性在科技创新、产业发展与领导力中的卓越贡献，共同探讨科技与显示产业中的多元创新力量及新时代下女性如何在显示与互动科技领域引领变革，同时围绕女性领导者在高技术领域的突破与决策路径、科研与产业融合中的女性视角、显示技术中女性思维如何带来产品创新、事业与家庭现实挑战如何平衡、新兴领域中的女性机遇、未来女性科研力量寄语与展望等议题展开分享，展现“她力量”在科技创新中的独特智慧。

4月2日晚上

SID北京分会技术委员会议（闭门会议）

仅限SID北京分会技术委员。

4月3日上午

中国区显示行业六大奖项颁奖仪式

中国区显示行业六大奖项（简称 CDIA），是国际信息显示学会中国区（SID China）针对上一年度上市的产品，颁发年度最佳显示产品、显示组件产品以及显示应用产品三大类奖项；针对上一年度未量产的创新技术样机原型，颁发年度最佳创新显示器、创新显示组件、创新显示应用技术三大类奖项。六大奖项于每年 ICDT 上宣布花落谁家并举行授予典礼。本着公平公正公开的原则，评选结合参会嘉宾投票和评委评分产生。

4月3日下午

中韩青年领袖论坛

作为中国SID显示未来之星委员会与韩国信息显示学会(KIDS) 共同在中国召开的面向青年的显示论坛，青年领袖论坛在征集青年领袖候选人时就受到广泛关注。本次论坛将有中方和韩方青年领袖分享技术成果，和与会观众交流观点、分享心得、碰撞思想，展现青年人才的当代风采。

4月1-3日

显示技术展览会

ICDT展会汇聚显示行业上中下游企业，覆盖材料、组件、芯片、装备，面板到系统集成商及终端产品，是国内外显示领域企业展示热门显示技术、推介显示应用/产品，了解显示技术动态、发掘客户，拓展全球市场、与产品用户近距离交流的平台。

主题报告、专题论坛及其他活动

开幕式及主题报告

Opening Remark

开幕式

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

Plenary Session

大会主旨演讲

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

Chair: Xingqun Jiang (姜幸群), BOE Technology Group Co., Ltd.

Co-Chair: Zong Qin (秦宗), Sun Yat-sen University

元宇宙与显示专题论坛

Metaverse and Display Special Forum

元宇宙与显示专题论坛

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

Chair: Zong Qin (秦宗), Sun Yat-sen University

人因与视觉健康专题论坛

Human Factor and Visual Health Special Forum

人因与视觉健康专题论坛

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

Chair: Yunhong Zhang (张运红), China National Institute of Standardization

AI 赋能成像与显示专题论坛

AI for Imaging and Display Special Forum

AI赋能成像与显示专题论坛

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

Chair: Xingqun Jiang (姜幸群), BOE Technology Group Co., Ltd.

科技中的女性

Women in Tech

科技中的女性

Thursday, April 2/9:00-12:00/ Apollo VIP Room

Chair: Lei Zhao (赵蕾), Yongjiang Laboratory

多基色显示专题研讨会

Multi-Primary Color Display Special Forum

多基色显示专题研讨会

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

青年领袖论坛

Young Leader Conference

中韩青年领袖论坛

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

Chair: Qijun Sun (孙其君), Beijing Institute of Nanoenergy and Systems, Chinese Academy of Sciences

1. Nonlinear Light Field Manipulation via Ferroelectric Nematic Microstructures (13:30-13:50)

Lingling Ma, Nanjing University

2. Mechanistic Design of Quantum Dots for Stable and High-Performance Display Applications (13:50-14:10)

Jiwoong Yang, Daegu Gyeongbuk Institute of Science and Technology

3. From Inkjet Droplets to Pixels: Data-Efficient CCL Printing Optimization and Real-Time FPGA Image Enhancement (14:10-14:30)

Wu Yongwei, Shenzhen Technology University

4. Ultra-flexible Skin-compatible Organic Optoelectronics for Wearable Application (14:30-14:50)

Sungjun Park, Ajou University

5. Focus-tunable Microlens Array for 2D/3D Switchable Displays (14:50-15:10)

Miao Xu, Hefei University of Technology

6. Electro-excitation Dynamics of Colloidal Quantum Dots (15:30-15:50)

Yunzhou Deng, University of Cambridge

7. High Performance Compressive Light Field 3D Displays (15:50-16:10)

Chen Gao, Fujian Science & Technology Innovation Laboratory for Optoelectronic Information of China

8. Device Construction and Application Development of Multifunctional Electrophoretic Displays (16:10-16:30)

Guangyou Liu, Wuhan Textile University

9. High-performance Phosphonic-acid-based Monolayer Alignment Materials with Room-temperature Treatment (16:30-16:50)

Yu Xinyi, Hong Kong University of Science and Technology

10. Intelligent Three-dimensional Processing and Display of Light Field (16:50-17:10)

Qiang Li, Xidian University

11. Deep Learning-aided Computer-Generated Holography (17:10-17:30)

Wenbin Zhou, The University of Hong Kong

Micro/MiniLED 显示关键技术路线研讨会

Micro/Mini LED Display Core Technology Road Map Forum

Micro/Mini LED显示关键技术路线研讨会

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

商业会议

Business Conference

商业会议

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

展商技术论坛1

Exhibitor Forum 1

展商论坛1

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

展商技术论坛2

Exhibitor Forum 2

展商论坛2

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

显示未来之星杯辩论赛

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

ICDT“显示未来之星杯”辩论赛

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

短期课程&专题技术讲座

短期课程1

Short Course 1 (Language is English)

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

Title: Display 101

显示101

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

短期课程2

Short Course 2 (Language is Chinese)

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

Title: OLED Materials and Devices

OLED材料与器件

Lian Duan (段炼), Tsinghua University

短期课程3

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

VR/AR 光学系统设计：原理与工程工艺

Dewen Cheng (程德文), Beijing Institute of Technology

短期课程4

Short Course 4 (Language is Chinese)

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

Title: Color Science 101

颜色科学101

Minchen Wei (魏敏晨), The Hong Kong Polytechnic University

专题技术讲座1

Seminar 1 (Language is Chinese)

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

Title: 3D Light Field Display Technology and Applications

3D光场显示技术与应用

Xunbo Yu (于迅博), Beijing University of Posts and Telecommunications

专题技术讲座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

面向未来智能眼镜的显示与光学前瞻性技术分析

Radu Reit, Display Training Center

专题技术讲座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

车载显示新技术深度解析：从原理参数到应用落地

Xiongping Li (李雄平), Tianma Microelectronics Co., Ltd.

专题技术讲座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

高迁移率TFT研究进展

Lei Lu (陆磊), Peking University

专题技术讲座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

AR波导设计与制造的最新趋势

Lei Zhao (赵蕾), Yongjiang Laboratory

专题技术讲座6

Seminar 6 (Language is English)

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

Title: Optical Metasurfaces for Imaging, Sensing, and Display

用于成像、传感和显示的光学超表面

Junsuk Rho, Pohang University of Science and Technology

有源矩阵器件

34 高性能氧化物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 (范德久), 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 TFT结构工程

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 印刷TFT与传感器

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 (赵建文), 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 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 氧化物TFT沟道工程

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 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 TFT新材料

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 (曹宇), 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电路与系统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 (张盛东), 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电路与系统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 (康佳昊), 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 (王文), The Hong Kong University of Science and Technology

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

ManMan Li, Hefei Visionox Technology Co., Ltd.

海报报告

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赋能成像与显示

6 交互及新型显示中的AI

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 (乐城瑞), 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 显示制造中的AI

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 显示研发中的AI 1

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

Thursday, April 2/13:30-15:10/ Fabulous Function Room C

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

Dandan Song (宋丹丹), Beijing Jiaotong University

38.2 Invited Paper: AI-Driven Design of Shock Absorbing Polymer Films for Next Generation Flexible Displays (13:50-14:10)

David E. Arreaga, Ares Materials Inc.

38.3 Multi-Modal Pre-Training Framework for Molecular Property Prediction (14:10-14:30)

Min Zeng, BOE Technology Group Co., Ltd.

38.4 Enhancing Chemical Capabilities of Large Language Models for OLED Materials Design (14:30-14:50)

Tsun-Hin Cheung, TCL AI Lab

38.5 Performance Analysis of Rare-Earth Doped Oxide Thin-Film Transistors Using Neural Network Method (14:50-15:10)

Zengyi Peng, South China University of Technology

48 显示研发中的AI 2

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

Thursday, April 2/15:20-16:40/ 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 (15:20-15:40)

Bo-ru Yang (杨柏儒), Sun Yat-Sen University

48.2 Color Temperature Uniformity Correction for LCD Screens Based on AI and FPGA (15:40-16:00)

Zheyuan Song, BOE Technology Group Co., Ltd.

48.3 An Automated Compensation Method for Fine Stripes of LCD Modules Based on Computer Vision (16:00-16:20)

Yingjie Li, BOE Technology Group Co., Ltd.

48.4 AI-Algorithm-Driven Automated Layout Generation Method for Flat Panel Display with High Aperture-Ratio and Charging-Ratio (16:20-16:40)

Haodong Tang, Peking University

58 新型应用中的AI

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

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

58.1 Invited Paper: On-Device AI: Gaussian-Sigmoid Transistors, Light-Driven Spikes, and Intelligent Risk Sensors (16:50-17:10)

Hocheon Yoo, Hanyang University

58.2 Invited Paper: Research on a Highly Robust Deep Learning Classification Model for Fine-Grained Industrial Surface Defect Detection (17:10-17:30)

Qinhao Piao, BOE Technology Group Co., Ltd.

58.3 Invited Paper: Complex Hologram Encoding Method for Holographic 3D Display (17:30-17:50)

Shufeng Lin (林述锋), Beijing University of Technology

58.4 Fine-Grained Action Detection in Visual HCI with Spatial Mask Video Foundation Models (17:50-18:10)

Haiyang Guo, BOE Technology Group Co., Ltd.

58.5 Simulation and Optimization Design for Backside Rigidity Testing of Notebook Module (18:10-18:30)

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

58.6 Process-Controllable Lithography Simulation Based on Flow Matching Generative Model (18:30-18:50)

Qiao Xu, BOE Technology Group Co., Ltd.

67 可视化与图形学中的AI

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 (高颖), 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

海报报告

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 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-Accelerated RCWA Framework for Rapid Design of Waveguide Grating Couplers in Near-Eye Displays

Guoping Liu, Shandong University

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

P 3.38 AI-Based Performance Prediction Analysis of Falling Ball Test

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

应用视觉

5 色彩评估

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 (马诗宁), 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 (唐国富), 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 色彩建模

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 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 视觉健康

Session 37: Visual Health (Applied Vision)

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

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

Chaoping Chen (陈超平), 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 视觉疲劳

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 (侯方), 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 (史韫杨), 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 亮度感知

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)

Shengtao Zhu, 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

海报报告

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

显示应用

52 性能增强

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和传感器

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应用

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 Huion Trend Technology Co., 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 显示优化

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应用

Session 88: OLED Application (Display Application)

Friday, April 3/13:30-14:50/ Meeting Room 101

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

Shuangbing Zhang (张双兵), Hefei Visiononx Technology Co., Ltd.

88.2 The study on HVA Dual PI Less Alignment (13:50-14:10)

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

88.3 Novel AMOLED Panel with Anti-UV Design for Outdoor Application (14:10-14:30)

Zhiyong Xiong, Shanghai Tianma Microelectronics Company Limited

88.4 Research on the GIP Circuit Corrosion Mechanism in an AMOLED Modul

(14:30-14:50)

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

96 新兴应用

Session 96: Emerging Application (Display Application)

Friday, April 3/15:00-16:40/ Meeting Room 101

96.1 Invited Paper: Self-Illuminated Color Background Oriented Schlieren with Sub-Micron Displacement Accuracy Using Advanced Display Technologies (15:00-15:20)

Alexander Kurilov, Federal State University of Education

96.2 Software GenLock: Achieving Precise Multi-System Display Synchronization (15:20-15:40)

Arshad Mehmood, Intel Corporation

96.3 Virtual Yield Platform for Yield Simulation AI+EDA Co-Design Practice to Boost Display Panel Yield (15:40-16:00)

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 (16:00-16:20)

Renbin Wang, Technical Institute of Physics and Chemistry, CAS

96.5 High-Quality Metasurface Holographic Display and Applications (16:20-16:40)

Shuo Sun, China Jiliang University

海报报告

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)