AMD |
| Emissive Displays |
1. TFTs of New Materials and Processing Technologies
|
| 1. Micro/MiniLED Displays |
2. High-Performance TFTs & Active-Matrix Displays
|
| 2. Quantum Dot materials and its photoluminescence |
3. TFT Device Physics, Characterization and Modeling
|
| 3. Quantum Dot Light Emitting Diode Devices(QLEDs) |
4 Pixel Circuits and Backplane for Current Driving Displays
|
| 4. Unconventional and Emerging Emissive Display materials and technologies
|
5. Novel TFT Circuits and Hybrid TFT Integration
|
| E-paper and Flexible Displays |
6. Active-Matrix Displays with Integrated Sensors
|
| 1. Critical Components of Foldable Displays |
7.New Applications of TFTs and Related Active-Matrix Devices
|
| 2. Fabrication of Flexible Displays |
Applied Vision |
| 3. Stretchable and Deformable Displays |
1. Virtual /augmented/mixed reality visual perception
|
| 4. Flexible Sensors and Beyond |
2. Light environment perception and design of lighting and display integrated
|
| 5. E-Paper Displays
|
3. Color vision and perception |
| Liquid-Crystal Technology |
| 4. Display, lighting and visual functions |
| 1. Flexible LCD and Optical Components
|
AR&VR |
| 2. Fast Switching LC Technologies
|
| 1. Display Technologies for VR/AR/MR |
| 3. High Perceptive LCD Technologies
|
| 2. VR/AR/MR Devices and Systems |
| 4. QD Enhanced LCDs
|
| 3. VR/AR/MR Content Generation and capturing |
| 5. LC Phase Modulator
|
| 4. Medical Applications of VR/AR/MR |
| 6. LC Beyond Display |
| 5. The standardization and performance evaluation for AR/VR/MR products |
| 7. New LC Materials and Technologes for Alignment
|
Display Applications |
|
|
1. Applications of Flat Panel Display
|
| Lighting |
2. Applications of 3D Display
|
| 1. Human-centric Lighting
|
3. Applications of Wearable Display
|
| 2. Engineering lighting
|
4. Applications of Environment Display
|
| 3. Display Light Sources
|
5. Applications of other Display
|
| OLEDs |
Display Electronics |
| 1. OLED Materials
|
1. Display drivers and Driving technology
|
| 2. OLED Devices |
2. Image/Video capture and processing
|
| 3.OLED Mobile Displays andMicro-OLED Displays OLED
|
Display Measurement |
| 4.Flexible&Wearable OLED |
1.Optical Characterization and Measurement of High-Dynamic Range and Wide-Color-Gamut Displays
|
| 5. Large Area OLED Displays |
2. Measurement Methods for Near-to-Eye Displays for AR, VR, and Other Applications
|
| Printed Displays |
| 3. Optical Characterization and Measurement of Light-Field and 3D Displays |
| 1. Printed Display Materials
|
| 4. Display Measurements Method and Standards; Instrument Calibration and Verification |
| 2. Processing and Devices of Printed Display
|
Display Manufacturing |
| 3. Printed TFT
|
1. Manufacture of TFT Devices, Arrays, and Circuits
|
| 4. Flexible and Printed Electrons
|
2. Manufacture of LCDs and other Non-Emissive Display Panels
|
| 5. Equipment Technology for Printed Display
|
3. Manufacture of OLEDs and Other Emissive Display Panels |
| Projection |
4. Display Module Manufacturing for All Display Technologies |
| 1. Laser display devices
|
5. Display Material and Component Manufacturing
|
| 2. Laser speckle measurement and removing
|
6. Manufacturing Equipments for All Display Technologies |
| 3. RGB laser and application
|
Display Systems |
| 4.Spatial Light Modulator and Optical imaging design |
1. Novel Displays System Technology
|
| Touch and Interactive Display |
2. Novel Backlight Module
|
| 1. Interactive Displays
|
3. System Technologies for IC、OS and APP
|
| 2. New Touch Sensor Technologies
|
4. High Speed Interface and Transmission Technology:5G 5. Audio Technology、Video Technology and Artificial Intelligence |
| Vehicle Displays |
|
| 1. Advanced technology/application in vehicle display |
|
| 2. Head Up Display (HUD) for vehicle and aircraft display |
|
| 3. Human-Machine Interface (HMI) in driverless vehicle |
|
| 4. High ability materials applied in vehicle display |
|
| 5.High performance process applied in vehicle display |
