Abstract Format and Submission Requirments
|As part of the technical symposium covering the broad range of information display topics listed, ICDT 2023 will feature topical sessions which focus specifically on selected issues or key developments. Paper submissions are welcome for any of the general symposium topics or for any of the specific topical sessions described below.|
|Active Matrix Devices|| Applied Vision|
1. TFTs of New Materials and Processing Technologies
Metal oxide semiconductors with different compositions are continuing to be improved in terms of mobility, stability, uniformity and ease of processing. In the meantime, other alternative semiconductors are also attracting interests for low cost, flexible or high performance TFT backplanes, including organics, 1D/2D materials, and composite materials. Papers on TFTs made of these new semiconducting materials with new device structures or processing approaches for scalable manufacturing, and integration in active matrix display panels are solicited. TFT devices and backplanes, by printing or coating processes with chemical compatibility, dimensional-tolerance control during process and during usage are encouraged.
2. High-Performance TFTs & Active-Matrix Displays
The trend of display technology is moving to higher resolution with larger pixel numbers and higher pixel density, and faster frame rate for ideal visual experience. Therefore, many technical issues need to be addressed for TFT device and backplane technologies. LTPS and oxide TFTs with higher mobility, smaller feature sizes and less parasitic capacitances, high density pixel circuits, approaches for solving the RC delay issues, and any related technologies are solicited.
3. TFT Device Physics, Characterization and Modeling
Understanding the carrier transport mechanisms, source/drain contact and dielectric/semiconductor interface properties is important for development of semiconductor material, device structures and processing techniques to achieve high performance and reliable TFTs. Moreover, with accurate physically-based compact models of TFTs, it will enable expedient circuit simulation that accurately and reliably predicts system behaviors. Device physics, characterization and compact modeling for various TFT technologies including LTPS, Oxide and organic TFTs are all solicited. Especially, reliability characterization and understanding of TFTs under electrical bias, temperature and light stresses to meet the display operation are encouraged.
4. Pixel Circuits and Backplane for Current Driving Displays
OLED displays have been of focus in the display industry for their superb image quality and suitability for flexible or curved applications with slim form factor. AMOLED displays must deal with issues such as mura, aging, image retention, and power consumption. Other current driving displays such as QLED and micro-LEDs also show great potential for certain applications. Papers related to pixel integration structure, pixel circuit design, peripheral circuitry, and driving schemes, with an emphasis on reducing mura, aging and image retention issues, and reducing power consumption are solicited.
5. Novel TFT Circuits and Hybrid TFT Integration
Development of high performance TFTs enables the monolithic integration of peripheral driver circuits and other novel functions onto the active-matrix-display panels. Hybrid TFT integration would be able to combine the advantages of various TFT technologies. Papers on design and fabrication of TFT based circuits or systems allowing for such display system-on-panel integration are solicited. New circuit designs for high density and reliable operation are encouraged. Papers on new concepts and process implementation of hybrid TFT integration are solicited.
6. Active-Matrix Displays with Integrated Sensors
Active-matrix displays with in-cell touch sensors become popular. Finger print and force touch sensors start to be integrated under/in/on display panels. Papers on new integrated sensor concepts, the state of the art of activematrix displays with integrated sensors are solicited. Papers that describe clearly the integration structures, processes, pixel circuits, and readout electronic circuits for achieving the required performance are encouraged.
7. New Applications of TFTs and Related
Active-Matrix Devices Various TFT technologies are being explored for new applications beyond displays, including sensors in IoT, and neuromorphic computing. Papers on using TFTs for different new applications beyond displays, including device design, processing, TFT interfacing with nanostructured or biological sensing materials, system implementation and actual measurements are solicited.
1. Display, lighting and visual functions
The topic covers the functional endpoints, methodologies and technologies for quantitatively assessing the functional performance of human observer, especially for the occurrence and development of myopia under the influence of the displays and the ambiance lighting. Papers on how normal or abnormalvisual systems being affected by different visual displays or lighting systemsare also solicited.
2. Virtual/augmented/mixed reality visual perception
The topic covers the research on different types of virtualreality technology, including virtual/augmented/mixed reality, and the study onthe relationship between the application of them, and the relationship withvisual perception are especially solicited.
3. Light environment perception and design of lighting and display integrated
The integrated lighting and display constitutes the light environment of which human lived in. Perception and design can decrease the influence of the environment to people in some extend. The topic of research onthe perception of this environment and the design investigation are solicited.
4. Color vision and perception
The topic covers the neural underpinnings and models ofhuman color vision, the characteristics of color perception, and the factors affecting color perception. Papers on the relationship of color and vision are solicited.
| Display Application|
1. New Applications of Flat Panel Displays
The flat panel displays are being developed to be of larger size, higher resolution, better picture quality, faster refresh rate, and become thinner and flexible. Papers on new or emerging applications of flat panel displays based on these advanced features for consumer electronics, automotive, medical and military industry are solicited.
2. Applications of 3D Display
Papers on applications of 3D, stereoscopy, and holography display technologies for medical modeling, CAD, entertainment and movie industry are solicited. Discussions on current barriers for mainstream product applications and the solutions are especially encouraged.
3. Applications of Wearable Displays
Wearable displays are demanded in wide range of applications including smart watches, exercise bands, talk bands, kid watches, wrist bands, as well as near-the-eye devices. These devices need to be comfortable and stylish to be worn, as well as convenient for the users to access the information. Therefore, in addition to the conventional requirements, wearable displays should be of light weight, low power, good outdoor readability and low cost. Papers on assessment, design, and system integration of the displays for wearable applications are solicited.
4. Environmental Impacts on Display Applications
With further development of various display technologies, “display everywhere” is going to happen. Papers on assessment of the display performance under different environmental conditions, and the design considerations are solicited.
5. Foldable Display
Foldable display has entered mass production since 2019, which has generated many new applications, such as the integration of tablet and mobile. Meanwhile, it has also brought a lot of new technical challenges, such as how to better match the display and hinge, how to protect the display. Papers on the innovative application, interaction solution, system integration of foldable display are encouraged.
6. Non-conventional and Special Displays
Papers on applications of the displays in non-conventional and special application fields (super large size public information displays, free form displays, etc.) are solicited. Papers on analysis of the special requirements and issues for these applications, and solutions in terms of display design, manufacturing, and system integration are encouraged.
| VR/AR/ MR & Metaverse|| Display Measurement|
Virtual Reality (VR), Augmented Reality (AR) and Mixed Reality (MR)are the most exciting and challenging areas for display technologies.The session will focus on the special technologies including near-eye micro-display，holographic waveguide optics, emerging light-field display, and the related technologies for VR/AR/MR device, image and video processing, content capturing,tracking and interaction.
1. Display Technologiesfor VR/AR/MR
Papers onnear-eye and micro-display technologies such as fast-LCD, MicroOLED, MircoLED, Stereoscopicdisplay, fiber and retinal scanning display and the related techniques for HeadMounted Display (HMD) are solicited.
2．Display Optics, Sensorsand Interaction for VR/AR/MR
Papers onnear-eye display optics such as microlens, waveguide, holographic，grating, metalens, metasurface, sensors,scanning and tracking, localization, mapping, and end-to-end system integrationare solicited.
3. Capturing, Renderingand Modeling Technologies for VR/AR/MR and Metaverse
Papers on light-field capture, 3D imaging and panoramicvideo recording, 3D avatar modeling and rendering, 3D reconstruction andinteraction are solicited. Papers addressing the related technical issues ofcomputation, graphics, immersive audio are also encouraged.
4. Metaverse and Digital Twin（DT）Technologies andApplications for VR/AR/MR
Papers on applications of VR/AR/MR, Metaverse andDigital Twin (DT) in industry, medical education and military etc. aresolicited.
5. The Standardization and Measurement technologies for VR/AR/MR Products and systems
The physicaland optical properties of VR/AR/MR displays are different from traditional realimage displays (e. g., LCD and OLED displays, projection displays, etc.), whichmakes it difficult to design characterization methods that deliver consistentunderstanding in the industry. Papers on the evaluation and measurementmethods, and standardization for optical characteristics and image quality ofVR/AR/MR devices are solicited, especially the quantification methods relatedto the immersion and vertigo are encouraged.
1. Optical Characterization and Measurement of High-Dynamic Range and Wide-Color-Gamut Displays.
High-dynamic-range (HDR) and wide-color-gamut (WCG) display technologies are developing rapidly. HDR and WCG image capture, transmission, and display enable an unparalleled visual experience. Papers are solicited for the characterization and metrology of these new systems. Methods for establishing perceptually meaningful andsensible metrics for EOTF (gamma) and color volume are of special interest.
2. Measurement Methods for Near-to-Eye Displays for AR, VR, and Other Applications
Applications such as augmented reality(AR), virtual reality (VR), TV, and medical imaging impose unique demands on the specific display technology and the methods used to characterize their performance. Certain display types such as near-to-eye and projection, for instance, use complex optical systems that require unique characterization considerations. Papers describing methods, experiences and results in this area are welcome.
3. Optical Characterization and Measurement of Light-Field and 3D Displays
Numerical optical models are often used to aid the design process for new displays. This is exactly the same for Light-Field and 3D displays. Papers are solicited which explore the theory of these optical models and correlate the models against measured results,especially for light-field and 3D displays.
4. Display Measurements Method and Standards;Instrument Calibration and Verification
Organizations such as the ICDM, ISO, IEC,and CEA are constantly proposing new methods and concepts in the field of display measurement to address characterization issues brought about by new technologies and applications. Authors are encouraged to submit papers that explore the performance and correlation of proposed methods from current or future international standards. The field of display metrology benefits from the growing number of instrument developers and new devices. These benefits come with the challenge of verifying the accuracy and traceability of new instruments, as well as their suitability for a given task. Of special interestare procedures and simple diagnostics for on-site calibration. Authors are encouraged to submit papers which describe their recent work in calibrating,testing, and validating new instrumentation.
| Display Electronics|
| 1. Display Drivers and Driving Technologies|
Advances ofdisplay technologies with requirements of higher refresh rate, larger size,higher bit-depth, and crisp rendition of moving images have brought challengesfor driver design. Additionally, the self-emissive displays (e.g. Micro-LED,mini-LED, AMOLED) cause different design considerations for the driving schemescompared to the conventional LCD displays. Papers on advanced driving schemes,driver architectures, driver circuit design, and display ASICs to provide thebest image quality for various types of displays are solicited.
2. Image/Video Captureand Processing
Imagequality remains one of the most important market drivers for any displayapplications. The image quality on the displays can be optimized by improvingthe display device itself as well as by applying suitable image- andvideo-processing algorithms. The processing algorithms depend on the nature ofcontent captured as well as the characteristics of the display used. Papersaddressing image/video capture, display-specific video-processing algorithmsand circuits are solicited. General processing includes, but is not limited to Video(de)coding, noise reduction, super-resolution, video enhancement by AI, and 8Kvideo interface. In particular, papers on new image/ video capture andprocessing methods to address various issues (e.g. motion-artifact reduction,viewing-angle improvement, lifetime improvement, etc.) are solicited.
| Display Manufacturing|| Display Systems|
| 1. Manufacture of TFT Devices, Arrays, and Circuits|
Papers are solicited on the topics related to the technical challenges associated with the manufacturing processes of displays backplanes based on a-Si TFTs, LTPS TFTs, oxideTFTs, and organic TFTs.
2. Manufacture of LCDs and Other Non-Emissive Display Panels
Papers aresolicited on the topics related to the manufacturing of LCDs, LCOS, MEMS based displays, and other non-emissive display panels.
3. Manufacture of OLEDsand Other Emissive Display Panels
Papers are solicited on the topics related to the manufacturing of emissive displays, suchas OLEDs, quantum-dot LEDs, and so on.
4. Display ModuleManufacturing
Papers are solicited on the display module manufacturing processes, including cutting,polarizer attachment, encapsulation techniques, interconnect technologies, etc.
5. Display Material andComponent Manufacturing
Papers are solicitedon the material developments to support display manufacturers, including substrates, targets, gases, photo resists, photo masks, etchants, liquidcrystals, organic light emitting materials, seals, PI, ACF, ICs, PCBs,polarizers, backlights, touch panels, etc.
6. Display ManufacturingEquipmentPapers are solicited on the development and application of new designs or unique adaptations of equipment for the manufacture of displays, including array, cell, OLED, module, and roll to roll processing.
1. Novel Display System Technology
New and unconventional display systems of today are building blocks for the products of tomorrow. From micro displays to handhelds to wall displays to projection systems to vehicle display, all sizes and novel approaches are of interest.Papers are solicited that describe new concept display systems and may include novel devices, integration, image/video processing, artificial intelligence,real-time controlling or monitoring of operations, and system evaluations.
2. Mini-LED Backlight Module and Novel Backlight Technology
The Mini-LED backlight technology has developed rapidly in recent years. The technologies based on Mini-LED backlight module emerge one after another, such as POB, COB, COG and the technologies related to Mini-LED chips, drivers, materials and schemes. Abacklight is an indispensable device for transmissive or transflective LCDs.Papers on the following technologies are solicited: new-type LED backlight technology, flexible BLUs, narrow margin BLUs for cell phones, direct-view oredge-lit BLUs for LCD TV and monitors, and novel BLUs’ component such as light source, films and light guide plate.
3. Display interactive technology and 3D holographic technology
Display-based interactive technology is an important development direction in the future, among which visual and non-visual technology with the function of perception and interaction has been widely applied in recent years, such as TOF technology, infrared perception technology, laser radar technology, low light level technology, etc., which maybe applied in the future display interactive function. Interaction is often inseparable from 3D technology, based on the application of 3D holographic technology in display, is also an important direction of the development of display system in the future.
4. System Technologies for IC、OS and APP
As the core technology of intelligent display system, intelligent chip and operating systemare being paid more and more attention. Papers on the following technologiesare solicited: new display Soc chip, artificial intelligence chip, operatingsystem, edge computing and application software.
5. High Speed Interface and Transmission Technology:5G
With the ultra high definition display, the huge amount of display data transmission requires faster and simpler multimedia interfaces and transmission technologies: HDMI, DisplayPort, 12g-sdi, optical fibre, 5G, ultra hd remotenet work transmission system, etc.
6. Audio Technology、Video Technology andArtificial Intelligence
Papers on the following technologies are solicited: image acquisition, video encoding and decoding algorithm, and application implementation based on FPGA and ARM.Display system audio technology and stereo system; Artificial intelligence,super resolution technology, image enhancement and deep learning technologies.
| Emissive Displays|| E-paper and Flexible Displays|
1. Micro/MiniLED Displays
As an emerging and promising class of emissive display technology, Micro/Mini LEDsh ave been attracting extensive interests and shown great display application prospects. Research has been widely conducted on devices, Metrology, Materials,and Manufacturing levels. Papers concerning the technology and applications of Micro/MiniLED are solicited.
2. Quantum Dot materialsand its photoluminescence
With the wide-color-gamut drive in displays, we see a great increase in quantum-dot research and applications, especially for backlight and color conversion layers in various display forms. Papers are solicited over a wide range of topics related to colloidal quantum dots and quantum rods, including physics, chemistry,material synthesis, passivation, and film, tube/bar and their photoluminescent applications.
3. Quantum Dot Light Emitting Diode Devices(QLEDs)
Due to ease for solution processed protocols and intrinsically narrow full width at half maximum, QLEDs gained significant amount of momentum during last couple of years. More and more impressive progress in terms of performance and durability has been recently reported. Extensive research has been widely conducted by tuning key functional layers, device structures and processing. Papers concerning the fundamental device mechanisms, performance enhancement and various applications, are solicited.
4. Unconventional and Emerging Emissive Display materials and technologies
Advances in materials, process, design, and function of emissive displays, including perovskite materials, inorganic EL displays, field-emission, plasma and phosphors are sought. Papers concerning the technology and applications of all emerged emissive display technologies are solicited.
1. Critical Components of Foldable Displays
Foldable displays can be regarded as an updated version of flexible OLED display, which attracts more and more interests from the display community. Developing foldable displays from robust and rollable counterparts requires more critical materials, components and techniques, e.g. highly transparent and flexible electrodes, low-film-resistance light-emitting layer, matched manufacturing processes, etc. Papers related with relevant research are highly desired.
2. Fabrication of Flexible Displays
For the fabrication of flexible displays, papers and research work concerning industrial manufacturing, equipments, high throughput and low cost printing and related techniques are highly desired. Other topics related with conventional and unconventional micro-nano fabrication process for flexible displays (e.g. photolithography, nanoimprinting, softlithography, etc.) are also welcome.
3. Stretchable and Deformable Displays
Flexible, stretchable, deformable displays offer diversfied visualization techniques for the developing direction of future display technique. Papers concerning stretchable and deformable active matrix, FET arrays, LED arrays, interconnections and related electronic materials/devices are solicited. Research topics focusing on novel processing techniques or facilities for achieving stretchable electronic devices are also welcome.
4. Flexible Sensors and Beyond
With the development of flexible displays, flexible or soft sensors have also been highly desired in information and display industry for future flexible interactive systems. Different types of flexible sensors, sensing materials and devices have been rapidly developing. Papers are sought on all manner of flexible or wearable touch and other environmental or bio-sensors, electronic-skin sensors, flexible display interfaces, and novel applications or uses for flexible electronics.
5. E-Paper Displays
Electronic paper (e-Paper) combines the benefits of ink on paper with the rewritability of an information display. Papers are sought on both rigid and flexible displays employing electrophoretic, electrowetting, flexible ChLCDs, MEMS, and other novel reflective displays.
| Liquid-Crystal Technology|| Lighting|
1. LC Optics and Component for AR/VR/MR & 3D Display
LC optical elements are widely applied in virtualreality, augmented reality, hybrid reality and 3-D display technologies, suchas spatial light modulators, adaptive lenses, diffractive optical devices,optical waveguides and tunable filters. Among them, there is a great demand forspatial light modulator, LC lens and LC polarizer grating used in VR, AR, MR,light field and holographic 3-D display. The research of LC optical elements,including novel materials, device physics, new processes and applications areencouraged.
2. High Speed LC
Fast response LC is not only the main solution of colorsequential display and HDR, but also a key technology to realize the fast phasemodulation. The research includes the fast switching LC materials, LC drivingmode and optical. The new LC materials, backlight, driving and modulationmethods, which can meet the requirement of high speed LC technologies areencouraged.
3. High Dynamic Range & High Perceptive LCDs
High dynamic contrast is the key technology for LCDto show clear dynamic images, which involves fast response LC materials,driving mode, optics and other directions. High perceptive LCD technologiesface to the human’s cognition of nature, which enable the display to reproducethe natural state with high quality in terms of display characteristics, andenable people to obtain perfect viewing perception when watching the display.In this session, high quality image display is realized from the aspects ofwide color gamut, high contrast ratio, high dynamic range, high resolution,wide viewing angle, fast response speed, high environmental adaptability andlow Gamma shift. This topic covers LC technologies and materials for fastresponse and ultra-low surface reflection, various technologies for improvingcolor gamut and gamma shift，andvarious technical solutions for obtaining high resolution and wide viewingangle. The backlight and driving methods, which can meet the requirement of HDRand High Perceptive LCD technologies are also encouraged.
4. Green / Flexible LCDs
The energy efficient LCD is the key technologyfor mobile LCD, which involves fast response LC materials, driving mode,backlight and optical component. And the flexible LC technologies includeflexible Ch-LCDs, new flexible LCD modes, flexible optical components andflexible reflective displays. The process, driving methods, LCD modes,materials, optical component and, which can meet the requirement ofenergy-saving and flexible LCD technologies are encouraged.
5. New Materials and Alignment Technologies
LC alignment is essential in the operation ofLCDs. New techniques, especially 1photoalignment, have been deployed recentlyfor manufacturing. Papers covering new LC alignment techniques that improve LCDperformance, reduce cost, and improve production yield, as well as allowing therealization of novel LCDs and optical elements, are solicited. The developmentsfor LC materials, polymer materials and material process to support the effortsof and LCD development are also encouraged.
6. Emerging LC Technologies
Liquid crystals, liquid-crystal polymers, and elastomerscan be widely used in photonic applications, such as spatial light modulators,adaptive lenses, lasers, sensors, antenna, smart windows, tunable filters,optical engine, fiber optics, non-linear optics, and microwave and terahertzphase shifters. Papers include, but not limited to new materials, newmechanism, new phenomena, and new applications are encouraged.
1. Human-centric Lighting
a. Papers on fundamentals of vision and non-vision of light
b. Circadian rhythms and non-visual effects of light, an introduction
c. Human Centric lighting, a paradigm shift in lighting and its control.
d. Human Centric lighting, emergence of a prescription.
2. Engineering Lighting
a. Intelligent lighting in engineering applications
b. Safety issues in road and tunnel lighting systems
3. Display Light Sources
a. Dynamic backlight
The emergence of dynamic backlight technology not only effectively reduces the power consumption of the display, improves the contrast of the display in various ambience, but also plays an important role in improving the overall image quality. Papers are welcomed in providing insights into active dynamic LED backlight, local dimming technology and other dynamic backlight technologies.
b. backlight unit
Backlight unit is an important part of the liquid crystal display device. Backlight unit usually includes EL, CCFL and LED. Papers are solicited on novel techniques for backlight unit.
c. Graphene lighting technology
Graphene has constituted to a new lighting technology. As the graphene thin film contributes to a great enhancement of heat-dissipation in the existing display products. Graphene thus has broad application prospects in the display field. Papers are encouraged on the progress of the graphene lighting technology, high performance devices, and the applications.
d. Front light unit
Characteristics of reflective displays are of low power consumption, omni-directional reflection and wide viewing angle. So it required built-in illumination (a distinctive FLU) and integrated FLU. Papers are encouraged on illuminate the reflective display under dim ambient light, preserve the original function of the reflective display even with the built-in and or integrated FLU, deal with the characteristics of the front light unit and its measurements and evaluations.
| Printed Displays|
Papers on advances in printed display technologies, including materials, process, device, applications, electronics, system and equipment are solicited. Papers on advanced materials and technologies associated with printed display and applications are also encouraged.
1. Solution-processed OLED Materials and Devices
Papers in the area of solution-processed OLED materials and printed device architectures with state-of-the-art performance in terms of color chromaticity, high power efficiency, and long operational lifetime at display level luminance are sought. Of particular interest are deep-blue with high efficiency, color, and long lifetime. Papers describing enabling device architectures, including top and bottom emitters, and robust thin film encapsulation that lead to stable passive- and active-matrix flexible fullcolor displays are particularly welcome. Papers are solicited on novel techniques for enhancing out-coupling efficiency of printed OLEDs.
2. Manufacturing Processes and Equipment for Printed OLED Displays
Novel full-color printed OLED fabrication and patterning techniques that are capable of producing high-resolution displays are of high interest for the industry. Papers dealing with recent advancements in areas of ink-jet printing processes and equipment and other novel printing techniques as well as development of solution-processed OLED materials and devices are sought. Particularly, approaches to obtain multilayer devices from printing are highly welcome. Papers are sought on printed OLED display panel design and performance of small–to–large-area panels.
3. Printing of Quantum-Dot Electroluminescence Materials
With the market success of core-shell quantum dots as down-conversion materials for LCDs, their application in future printed displays (QLEDs) has seen a resurgence of interest within the research community. In addition to core-shell quantum dots, perovskite quantum dots also have recently attracted intense interest owing to potentially good electro-luminescent properties. The electronic properties can be easily manipulated by molecular engineering, thus making them valuable as an additional set of materials for applications in printed displays. Papers concerning the printing processes, device fabrication and electroluminescence performance with these quantum-dot materials are solicited.
4. Stability of Printed OLEDs and QLEDs
Lifetime of printed OLED/QLED devices is one of the most important factors. Papers providing insight into degradation mechanism and describing novel materials and device architectures to substantially increase lifetimes and suppress differential aging and image sticking are solicited.
5. Printed TFTs and Active-Matrix Displays
Manufacturing TFT backplanes in solution and printing approaches would potentially be able to reduce the cost. Papers on printable semiconductor/dielectric/electrode materials, printing process, new device and integration structures for printed TFT and backplane fabrication are solicited.
| OLEDs|| Touch and Interactive Display|
1. OLED Materials
Papers on vacuum deposited and solution processed organic and polymer light-emitting diodes, including design, synthesis and characterization of low-mass organic molecules, oligomers, and polymers; the structural, electrical and optical properties of lightemitting and/or carrier transporting materials, TADF OLED materials, OLED inks are solicited. The new concept OLED materials, the device physics of high performance OLEDs with new organic materials are also encouraged.
2. OLED Devices
Papers on OLED device engineering, including design, fabrication, interface adjusting and out-coupling techniques for highly efficient and long-lifetime OLEDs are solicited. OLED lightings with high power efficiency, high color rendering index and lifetime, advanced device architectures, electrodes, substrates and barrier films for flexible OLEDs, thermally activated delayed fluorescent(TADF) OLEDs, exciplex-based OLEDs, quantum-dot LEDs, perovskite LEDs, mechanism studies of charge transport, injection, generation and recombination which could lead to better understanding of device physics and/or improvement of device performance. Papers that discuss smart and intelligent OLEDs as new applications are welcome.
3. OLED Mobile Displays and Micro-OLED Displays
Papers describing enabling OLED panel configuration, including pixels and backplanes, device architectures and performance, display and driving circuit, and sensorintegrated active-matrix devices that lead to active-matrix full-color OLED displays are particularly welcome. Micro-OLED Displays include IC design, backplanes, OLED devices, modules and system applications (VR/AR ).
4. Flexible & Wearable OLED
Papers aresolicited for flexible encapsulation technology which enhanced lifetime,flexibility, and light out-coupling efficiency of flexible OLEDs. Papersrelated to integration technology of flexible OLED display modules, includingIC bonding, touch panel integration, cover window films, and modulesreliability improving technology are solicited.
5. Large Area OLED Displays
Papers aresought for OLED based displays with unique attributes that include transparentOLEDs, high-resolution displays on novel active backplanes, large-area displaysfor TV. Papers covering materials (small molecule and polymer), devices,patterning, and unique drive schemes leading to television applications will beconsidered.
6. OLED lighting
Papersare sought for relevant OLED lighting, including the materials and devicetechniques that are utilized to improve the efficiency, quality, and lifetimeof white OLEDs, such as light-extraction, tandem structure, and thin-filmencapsulation. Papers that discuss the application of OLED lighting in plant lightingsources, vehicle lighting and flexible smart lighting are welcome. To enlargethe share of OLED lighting in market, the effect of OLED lighting on health willbe considered.
1. Function integration of displays
Papersaddressing function integration of displays are encouraged. Examples include:
-Fingerprint sensing, including optical, capacitive, and ultrasonic mechanisms
- Force sensing
- Haptic ortactile
- Microphoneor speaker
-Environmental light sensing- Other functions that can be structurallyintegrated into a display module.
2. Under-panel camera technologiesAdvances on panel design or process optimizationfor under-panel camera technology are sought.
3. New touch sensor technologies
Papers are solicited on state-of-the-art techniques for sensing touch on a display. Topics include:
- Touch electrode sensor design and geometry
-Transparent conductors and ITO alternatives (metal mesh, nanowires, etc.)
- Patterning methods for touch sensors
-Integration methods with the display (direct lamination/optical bonding)
- Substrates(including novel glasses, flexible films)- Investigations of touch-sensor visibility
| Projection|| Vehicle Displays|
1. Laser specklemeasurement and removing
Paperson the progress of the laser display technology, such as RGB Laser TV, highbrightness laser projector, mini laser projector and so on are encouraged.
2. Laser near-eye displaytechnology
Paperson the principle, measuring method and measuring instrument of speckle areencouraged. The method and evaluation of speckle reduction are also verywelcome.
3. Laser HolographicDisplay Technology
Near eye display technology based on laser light source is encouraged, including key materials, image generator, light source module, optical design and prototype development.
Holographic display technology based on laser light source is encouraged, including fast holographic algorithm, spatial light modulator, color holographic display andthe latest progress report of holographic display technology.
4. RGB laser and application
Papers on the RGB laser materials and devices, high performance laser modules and its applications are encouraged. Including epitaxial growth, chip fabrication,packaging and testing, and other key technologies and equipment.
5. Spatial LightModulator and Optical imaging design
Papers on ultra-high resolution optical lens design and high efficiency projection imaging optical design are encouraged. Including the key technologies of precision inspection and installation and calibration.
1. Advanced technology/application in vehicle display
Due to the different requirements for the more stringent application environment, the displays applied in vehicle area have to fulfill much higher requirements than those used in consumer electronics field, concerning theanti-glare, easy identification, automatic brightness adjustment, wide visualangle, and high contrast ratio, high reliability, etc. In addition, more and more novel display technologies and components (OLED, micro-LED, mini-LED,flexible display, privacy etc.) were tried to be used in the vehicle display for species of special applications except the cluster and CID.
2. Head Up Display (HUD)for vehicle and aircraft display
The head-up display (HUD) system can create a safer display environment with more notifications when driving, which has been accepted by more and more drivers and pilots. Up to now, the HUD system has significantly developed, from original combined HUD (C-HUD) and windshield HUD (W-HUD) to the augment reality HUD (AR-HUD) mode, which can make an instant interaction with outside car environment. New technologies and components for HUD (image calibration algorithm, reflector design, optical waveguide technique, etc.) arecontinuously proposed and made, which will promote the diversified development of HUD systems.
3. Intelligent Cockpit Display System for Internet of Vehicles
As the automotive industry continues to accelerate towards connected cars, more Intelligent Cockpit Display Systems for Internet of Vehicles, the most important HMI between cars and drivers/passengers, are emerging through advancements of networking, 5G, and the Internet of Things. People’s understanding of vehiclesis changing into the “Third Space” except home and company from simple transportation machines. The development of innovative cockpit display systems can bring better experience to drivers/passengers.
4. High ability materials applied in vehicle display
Owing to the special running environment and high requirement of the vehicle display,the ability of materials plays a key role in the design of the display which includes optical performance, long running stability, interaction function and module appearance. The ability of materials limits the performance of display directly, which means that it is important and necessary to continuously develop high-performance materials for different uses.
5. High performance process applied in vehicle display
As more and more new designs and materials were used for vehicle display, various new process technologies arise which include not only the improvement of traditional process abilities with original instruments, but also thedevelopment of new process abilities with novel instruments. Many merits suchas reduction of cost, improvement of performance and extension of application,are brought by these process technologies, which play key roles for the promotion of the vehicle display.