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Thank you for visiting the SID webinars page!  Please note you must be logged in as a SID member to download any of the content below.  You can obtain a membership by filling out a membership form.

Year 2016

Status and Opportunities for Phosphorescent OLED Technology  

Michael Hack

Universal Display Corporation

Dec 6th, 2016


OLED displays are now in commercial production for a range of products from cell phones, tablets, through to the new UHD TV’s and virtual reality products. They offer excellent visual performance, and through the use of phosphorescent OLED (PHOLED) technology, lower power consumption than AMLCDs. OLEDs possess novel features such as transparency and flexibility, which will further increase their market potential over the next few years, and provide a much greater differentiation from the current competition. UDC is a pioneer in the development of phosphorescent OLED technology and materials for both display and lighting applications. In this presentation we outline the status, and opportunities for PHOLED technology and outline a roadmap to link exciting new products to technological advances.

Automotive Aftermarket Head-Up Display (HUD) Needs, Challenges, and Future Success Factors  

Barton Jenson

LightSpeed Interfaces, Inc

Nov 30th, 2016


Head-up Displays, originally developed for fighter jets and aviators, have slowly made their way into the automobile over the last three decades. In 2014, approximately 1.2M automobiles worldwide were equipped with an original equipment manufacturer (OEM) head-up display (HUD). With over 500M vehicles in North America and Western Europe, this leaves a huge number of drivers without the benefits of HUD technology. Many reasons account for this including, but not limited to: the need for a special windshield, display technology maturity, high system cost, integration challenges in the automobile, regulatory issues, and limited relevant content available for viewing. Recently, several companies attempting to address the needs of the driving masses are developing aftermarket HUDs. Aftermarket HUDs can be retrofit into existing vehicles without a special windshield. However, many of the challenges for OEM HUDs listed above remain, and several new challenges arise. This talk discusses the need, and challenges for aftermarket HUD products. Additionally, key requirements are outlined along with a survey of potential solutions. Finally, success factors are discussed for the future of aftermarket HUDs. The primary focus will be on automotive aftermarket HUDs, with some discussion about other vehicle platforms.

What is blue light and do we need protection from it?  

Dr. Jim Sheedy

Pacific University

Sep 21st, 2016


With the advent of LEDs used for backlights in displays, particularly consumer products like cellphones and tablets, there has been a lot of discussion about blue light in the media in the recent past. There are claims from retinal damage to interruption of sleep caused by blue light from LEDs. In this talk, I will describe what blue light is and then delve into is it bad for your eyes or you.

Flying with LEDs 

Jay Madhav

The Boeing Company

Jul 27th, 2016


1. Applications of LEDs - In the interior of an aircraft. We will discuss how the lighting in the 787 has made an impact on customers. This includes dome lights, ceiling wash lights, sidewall lights and lights in the flight deck and how they evolved from primitive amber LEDs to high-bright white and color LEDs. 2. Applications of LEDs - When they are located on the exterior of an aircraft such as anti-collision lights, position lights and landing lights. 3. Support Applications and trends – Some airports have LEDs for guiding the airplane after landing.

Mobile Displays: A Color Scientist's Perspective 

Abhijit Sarkar


Jul 13th, 2016


Today's mobile displays are continuing to experience rapid growth and advancement. Color reproduction in mobile displays is also evolving very rapidly. Achieving superior color quality in mobile displays comes with a unique set of challenges, requiring trade-offs in power, performance and cost. An optimal color performance in a mobile device requires careful design consideration at both hardware and software levels. This presentation will highlight some of these aspects. It will focus on the following five topics: • Color quality in mobile displays: design considerations • Display color calibration: software and hardware implementation aspects • Wide color gamut displays: color reproduction challenges and alternatives • Ambient light-adaptive color reproduction: exploiting color science principles • Mobile HDR: challenges and unanswered questions As the title suggests, the above topics will be discussed principally from color science perspective, even though some of these involve many other aspects like optical, electrical, mechanical etc. The presentation is intended for general audience interested in display color aspects.

Making the 'New Silicon' of the 21st Century 

Jimmy Holliman

Eeonyx Corporation

Jul 12th, 2016


Flexible devices and smart fabrics are in demand from a whole host of applications from aerospace to consumer electronics to apparel for the benefits of lower weight, durability and cost. Conductive polymers are making inroads into these exciting new applications, enabling AR/VR, flexible devices, camouflage for airplanes, state-of-the art antennas and satellites. The speaker will talk about the materials and technology, applications and also bring product and end device samples for the audience to experience.

BA-SID Robust Flexible Displays and Printed Electronics Enabled by a New Generation of Organic Transistor Technology 

Edzer Huitema


Apr 13rd, 2016


Flexible displays have been a promise for over a decade now with numerous demonstrations over the years, but without products utilizing them. One of the biggest challenges has been to combine the traditional processing methods and the currently used inorganic materials set with the requirements for flexible displays. Over the last decade Polyera has been developing a new materials set based on organic materials that solves this problem. Polyera is currently well on its way towards commercialization of these materials in flexible displays. The current status, performance, flexible displays and product prototypes will be presented, as well as the broader applicability of the materials in the printed electronics space.

Foreseeing the VR/Telepresence Revolution 

John G. Cramer

University of Washington

Mar 30th, 2016


CSA In the early 1990s - I began work on a hard SF novel, to be set at the Super-onducting Super Collider (SSC), then planned for construction in Waxahachie, Texas. My expectation was that my novel would benefit from the publicity generated when the SSC began operation around 2000. In 1993, my novel was projected into an alternate universe when Congress cancelled the SSC project, causing me to extensively rewrite the novel, which became Einstein's Bridge. In it, hostile aliens use SSC collisions to invade the Earth, and SSC physicists go back in time to 1987 to manipulate the Reagan, Bush, and Clinton Administrations so that Congress cancels the project, thereby saving humanity. In extrapolating a decade into the future, I envisioned advanced telepresence and VR that would allow the SSC physicists to actively participate in experiments from great distances, to do work in high radiation areas, and even to give talks and drop into colleague's offices as telepresence "remotes". They used "magic glasses" that monitored head and cornea positions and drew laser images directly on retinas, and "data cuffs" that monitored position and movement of wrist tendons to reconstruct hand and finger positions. Computer users flew around within 3D "virtual desktops", which were VR landscapes populated with trees, plants, animals, structures and classic sculptures that serve as icons for data and app entry points. I will discuss these extrapolations and consider how close technology has come to realizing them, in the two decades since the novel was written.

Canadian Standards Association (CSA) PNW Lighting Division new Seattle facilities overview and lab tours. 

Peggy Lopez

CSA Seattle Group

Jan 20th, 2016


CSA is a standards orientated company (similar to UL) which operates all over the world. They test everything from toilet seats to Nuclear Power Plants. Orb Optronix was purchased by CSA in 2012 and has recently invested in a brand new custom facilities in Redmond, WA. Peggy Lopez will be giving an overview of the company and what they do at the Seattle facility followed by tours of the labs.

Year 2015

The Internet of Things: Show Me the Money! 

Raghu Das


Nov 11th, 2015


The Internet of Things has sparked great investment and media coverage. Fantastic stories are told as to what can be done when we live in an IoT enabled world. But how do we get there from here? Who is even talking about buying 100 million internet connected autonomous nodes let alone ten billion? This presentation will look at the business and technology drivers and challenges facing IoT. It will address who are going to be the big spenders on IoT in the short term – and who are not. It will look at some of the technology bottlenecks – in other words, the opportunities – that need to be addressed and what is being done to address them so far, from energy harvesting of self powered nodes to security. The presentation will conclude with an assessment of the potential market size based on new data from IDTechEx Research and hopefully provide you with a fresh perspective on your opportunities amidst the frenzy.

Overcoming Challenges in LED Technology for Signage Applications  

Robert Young

SiliconCore Technology

Oct 14th, 2015


The market for signage displays, particularly the indoor signage segment is growing rapidly. Current LED technology has neither the resolution nor the cost structure to support consumer applications. The speaker will discuss the current challenges with LED displays that has limited its use to commercial applications and propose improved technologies that are enabling the use of LED displays in consumer applications. These new technologies also enable higher brightness, more uniform, lower power LED displays apart from the higher resolution. The talk will cite examples of high resolution LED technology for indoor consumer applications such as Broadcast/TV studios, Retail Signage, Control Room and Military, Museums and indoor sports venues.

Portable & IoT Display Challenges & Opportunities Looking Ahead 1~5 years  

David Wyatt


Sep 23th, 2015


The display industry has experienced significant growth, in technology, applications, and recently: even profitability. But as new applications and content arise, the compromises we've come to accept as part of nature of modern systems with displays, are/will-be facing very difficult challenges. The presentation will cover some of the key issues, market dynamics, and reasons why customers and consumers will be expecting better for portable & IoT (Internet of Things) devices with displays. As well as some of the key areas, with opportunities for successfully adapting display applications, to embrace the revolution.

Next Space - SHEPHERD and Economic Expansion into the Solar System  

Dr. Bruce Damer

Founder of DigitalSpace

Aug 21st, 2015


Dr. Bruce Damer has been developing and modeling innovative spacecraft architectures for NASA and the aerospace industry for over twenty years. In a new collaboration with the SETI Institute and others, he has designed SHEPHERD, a radically innovative spacecraft that utilizes gas filled enclosures to capture, relocate and extract resources from asteroids. If implemented by New Space entrepreneurs, SHEPHERD may be the key technical innovation to open the solar system to sustainable human presence and economic development by the mid 21st Century.

Interacting with 3D Displays  
Dr. John M. Wyrwas

Dr. Hae Jong Seo

Jul 27th, 2015


A novel three dimensional user interface technology (3D UI) is demonstrated.The interface is a single planar device enabling multiple modes of human/machine interaction operating continuously from on the device surface to off the device surface; a surface-to-air capability.For example, our device can not only sense multiple finger touch and multiple stylus interaction on its surface, but also can detect “air touch”, “air pinch” and gestures in the near field space up to several inches above its surface.Thus, two dimensional user interface functionality has been extended continuously into the third dimension above the device.

Light Field Imaging and Display – A System Perspective 
Dr. Nikhil Baram
Ricoh Innovation Corp
Jul 15th, 2015



Light fields provide a natural way of representing information that is captured and processed by the human visual system. Recently it has become possible to capture light fields using compact imaging systems and use the 3D information for useful purposes. Displaying information using light fields has also become possible, enabling true 3D displays that provide a natural and comfortable experience. But there are significant design choices that need to be made for different types of applications. In both cases – light field imaging and light field display – the overall system has to be designed considering a complex set of tradeoffs, some of which are still not fully understood. This seminar will provide a brief introduction to light fields, followed by an overview of state-of-the-art light field imaging and display systems and some promising early applications and discuss key tradeoffs that have to be considered for compact mobile systems. Demo videos will be shown in lieu of live demos.

Display Week 2015 Highlights  

Paul Semenza


Jun 23th, 2015


Display Week highlights will be described.


Making Computer Vision Work for Humans 
Dr. Nikhil Baram
Ricoh Innovation Corp
May 20th,2015




Image recognition using feature matching has existed for well over a decade. But it has not seen large scale mainstream use because of the gap between what different variants of the technology can deliver versus the kind of natural usage people have in mind for their personal or business tasks. Bridging that gap has required the use of the Deep Innovation model to produce computer vision solutions that can be used by ordinary people to enhance their work and lives. This seminar will provide an overview of the state of the art in these techniques and illustrate, with demonstrations, how these are being implemented into useful and natural solutions. It will also provide a vision of the future.

How Much Resolution is Enough? Unlocking the Full Potential of Mobile Video by Pixelworks  

Neil Woodall


Apr 22nd, 2015


Mobile display resolutions continue to increase. This presentation explores what resolution makes sense and why Video Display Processing is required. Presented by Neil Woodall, Vice President & Chief Architect at Pixelworks.

A highlight color electrophoretic display for ESL market 

Hongmei Zang


Mar 25th, 2015


E Ink launched SpectraTM Imaging film in 2014 as world first commercial highlight color electrophoretic display product. Spectra displays utilize black, white and red engineered particles in a colorless solvent to achieve red plus Black/White independent optical states without a color filter array. The technology, performance, and applications of Spectra product will be discussed in this presentation.

The Past, Present and Future of HDR (High Dynamic Range) Imaging
Dr. Helge Seetzen
Jan14th, 2015


From the early work on HDR imaging over the initial local dimming prototypes and finally the current emerging HDR displays, Helge Seetzen will recap the evolution of the technology over the last ~20 years. The talk will cover some of the key technical and commercial challenges that had, and in some cases still have, to be overcome to bring high dynamic range displays to the living room for everybody.
Year 2014

Delivering 4K Video to the Home
Dennis Kucera
Oct 1st, 2014

With 4k video becoming more common, what methods are being used to deliver this new video to the users at home? What are the issue and challenges? MPEG-2 video definitions from 1994 to today limit both frame rate and horizontal resolution of video. So we will look at newer standards available today to deliver 4k video to the home. Recent examples include the Olympics at Sochi, World Cup soccer games in Brazil, as well as Netflix.
Quantum Dots LEDs for Lighting and Backlight applications
Juanita Kurtin
May 1st, 2014


Quantum dots (QDs) are finally delivering on the promise of bringing wide color gamut and high efficiency to displays in consumer electronic devices with their recent advent in several display products. For the first time, low-cost LCD displays can expand the color gamut well beyond the sRGB standard to rival the more costly and power-hungry OLED display. This is made possible by the narrow emission spectra of the QD emitters that result in the dual benefits of moving the primaries closer to the edges of the monochromatic locus of the color chart while reducing light leakage through adjacent filters, in combination with the ability to choose any desired emission wavelength. However to date QDs have only been successful as an off-chip optical element rather than as on on-chip replacement for phosphors, which increases the expense and decreases the flexibility of a QD solution for displays. This is due to the temperature, radiant flux, and environmental demands of the on-chip architecture that in the past have exceeded the capabilities of quantum dot materials. Pacific Light Technologies (PLT) has now developed a patented nanomaterial design that for the first time makes on-chip applications accessible by quantum dots, thereby bringing the benefits of spectral control, high-efficiency, and high color-rendering that quantum dots enable to a much larger market. This talk will present our recent progress in on-chip application and testing of quantum dot downconverters, covering materials that emit in the range from green to red wavelengths.

CAAC Oxide Semiconductor and its Application: Flexible AM-OLED
Prof. Yoshitaka Yamamoto
Semiconductor Energy Laboratory Co. Ltd


Flexible AM-OLED is one of the most attractive technologies for next-generation display applications. We have been developing flexible displays such as curved or foldable displays by using a technology of CAAC-OS (oxide semiconductor). CAAC-OS, which we have developed in research of OS, is the suitable material for practical use; a CAAC-OS FET shows high device performance, reliability, and productivity. To realize the flexible OLE display, we have combined the technologies of CAAC-OS FET, transfer, and white OLED using a color filter, and achieved fabricating a 5.9-inch foldable display, a 13.5-inch 4K display, and a 13.3-inch 8K display.


  China FPD 2014 Conference Proceedings and Keynotes
Year 2013
LightningTrace™ in Display Simulation
Dr. Mark Nicholson
Vice President
Radiant Zemax, LLC
June 26, 2013


LightningTrace is a new paradigm in optical ray-tracing that revolutionizes the design of many illumination systems. In this talk we will use a standard Kohler projection system to show dramatic improvements in design speed and the optimization of these systems.

Please note early in the presentation there is about one minute where no audio is present.
Mid-Europe Spring Proceedings
April 2013

SID-ME Spring 2013 Meeting
Ghent, Belgium, April 15-16, 2013

Special topics:
  • LEDs for displays and lighting
  • OLEDs for displays and lighting
  • Liquid crystals beyond displays
  • 3D from capturing to display
  • Student Award presentation & ceremony


China FPD 2013 Proceedings
March 20-21, 2013

The China FPD Proceedings are in a zip file consisting of several folders of pdf's, including keynotes, keynote bios, and various speaker presentations.
Medical Display Optimization: Measuring the Human Perception of Factors like Non-uniformity and Limited Response Time
Albert Xthona of Barco
January 9, 2013
Albert Xthona of Barco

Creating medical displays requires addressing many display factors. Indeed many are common to all displays: luminance, viewing angle, etc. However, for medical displays, the question of which factors are most clinically important informs design tradeoffs. This talk discusses the measurement of the clinical impact of these performance factors. Focus will be on the relevance/irrelevance of various factors and on the measurement of the impact of response time, spatial noise, and luminance.


2013 Vehicle Display Proceedings
20th Anniversary


This 8 Meg zip file contains 9 pdf file presentations.


IMID 2013


This file contains aproximately 500 pdf file presentations.
Year 2012
Touchless Gestures Go Mainstream
Dr. Francis MacDougall
November 14, 2012


Touch-free gestures are moving from the world of Xbox 360 Kinect games into mainstream devices including mobile phones, tablets, laptops, digital cameras and TVs. This talk reviews recently released products that incorporate gesture control and contrasts the various implementations of gesture control in each product. These initial products are starting to define a “gesture vocabulary” that could allow touch-free gestures to be ubiquitous across a wide range of devices. However, there is a danger of having conflicting gesture implementations on different devices that could cause consumer confusion and constrain the potential market. The talk also discusses the various technologies for detecting gestures as well as the leading use-cases, power-consumption issues, and complementary technologies that typify the next-generation user-interfaces enabled by gestures.

The PC Display's Next Big Hurdle: Better Color
Scott Anderson
VP Product Management
Portrait Displays
October 24, 2012




For over a decade, PC displays have been marketed by advances in resolution, viewing angle, brightness and size, but never by the quality of the colors they present. Now PC displays have to step up to the plate and address this new objective. Color variations can easily be seen when viewing content on different devices such as desktops, laptops, and tablets. With so much emphasis being placed on the display's performance, color accuracy is paramount in viewing content correctly, regardless of the device. Manipulating color gamut and gamma is a way of achieving more consistent color across different platforms for a better viewing experience, as well as a way of producing industry- standard color spaces. With proper control, the colors of any display (regardless of gamut) can be altered to remove cast, improve color balance, and provide subjective or objective color accuracy. Gamut and gamma control can be applied to narrow-gamut, standard-gamut, and wide-gamut panels. Wide-gamut produces rich vibrant colors but lacks control to accurately show content that was created using color standards such, as sRGB or AdobeRGB. Standard-gamut 72% panels should be sRGB compliant, but tend to drift from the actual specification, resulting in inaccurate web images. Narrow-gamut panels, 60% and 45% of NTSC, commonly found on laptops, tend to have color-cast problems. All these platforms can benefit from consistent color control.

How LCD’s Could Get their Groove Back  
Dr. Mary Lou Jepsen
CEO & Founder, Pixel Qi 
September 19, 2012

For a few years now LCDs have been sold for about 80% of what they cost to make, due to a growing capacity glut. Despite this glut, China says they are increasing worldwide capacity by another 15% this year. But this is not all gloom and doom… it’s actually terrific news for those of us who want to use that excess capacity to create innovative displays that can ship in high volume to transform what people can do with computing. Anticipating this situation, in 2005 I began to emulate the CMOS silicon ASIC industry and create innovative display architectures that could be fabricated in the existing LCD manufacturing facilities to allow rapid innovation to reach high volume mass production. 8 years later I’m working with a virtuoso team of top display architects in a startup creating highly innovative screens that ship rapidly and in volume from the world’s largest fabs. That was our warm up act. I’ll talk about the road we have traveled, what we are doing now at Pixel Qi, and what we think this spells for the future of devices at this exhilarating moment.

Merging Liquid Crystals and Microstructures
Prof. Yan-qing Lu
  Aug 2nd, 2012



Inducing micro-patterns and structures inside a Liquid crystal (LC) cell is an effective way to improve the performance of LC display, for example, widening the view angle. However, in addition to display applications, LC also plays an important role in various tunable photonic devices with the advantages of low cost, no moving parts, low power consumption and high reliability. In this talk, I am going to review some of our work in merging LC and various artificial microstructures in different spans. The related applications are discussed.

When the typical size of a LC microstructure is much larger than the light’s wavelength, it would just work like a multi-pixel LC modulator that is very useful in fiber-optic devices to process multi-channel DWDM signals simultaneously. We design and developed a LC based 40 channel 100GHz spacing wavelength blocker that could regulate the light powers of arbitrary channels.

If the LC microstructure is in the micrometer span, which is comparable with the light’s wavelength, the diffraction effect thus should be taken into account. As the simplest case of LC diffractive element, LC grating has been widely studied. We developed a serial of LC tunable 1D/2D gratings based on the photo alignment technique with both PA/PA and PA/TN configurations. In addition, ferroelectric LC and blue phase LC gratings are also demonstrated. To realize arbitrary LC alignment microstructures, we further propose and implement a DMD based dynamic micro-lithography system thus could instantly write complicated patterns in the LC cell. Besides normal phase gratings, more complex patterns such as quasicrystal and chequerboard structures are demonstrated. Compared to other techniques, our method enables the arbitrary and instant manipulation of LC alignments and light polarization states, facilitating wide applications in display and photonic fields.

What You Missed In Boston
Display Week 2012 Summary
Alfred Poor
Jul 18th,2012


SID Senior Member and Information Display Contributing Editor Alfred Poor summarizes Display Week 2012, covering many of the highlights from the Exhibit Hall to the Symposium. Alfred's talk includes a discussion of some of the Display of the Year and Best of Show award winners. You'll even hear about some of the intriguing new technologies that were on display at Display Week's new and wildly popular "Innovation Zone," the I-Zone. The talk also covers important trends, such as the move from aSi and LTPS backplanes to the use of metal oxides such as IGZO. The newer technology offers electron mobility between the two other solutions, with the advantage that it may scale better than p-Si for very large screens, although some challenges remain. Hear about other advances, ranging from touch-screen technology to thin-substrate glass that can support roll-to-roll continuous processing. SID Display Week 2012 was filled with energy and information, and this seminar is as well.


Recent Developments of Oxide TFT and Some Novel Applications 
Mr. Jun Koyama
Semiconductor Energy Laboratory Co. Ltd.
Jun 27th, 2012



In 1985, Kimizuka et al. began research on crystalline IGZO. Subsequently, applications of amorphous IGZO to displays have been researched since about 2005. We discovered CAAC (c-axis aligned crystal) and has investigated applications of CAAC to displays, memories, etc. We will show you applications of our crystalline IGZO, specifically a LCD consuming less power due to longer retention time, a flexible OLED display, a memory device and a image sensor.

Liquid Crystal Photoalignment 
Prof. V. Chigrinov
Hong Kong University of Science & Technology             
May 29th, 2012




We will consider the novel azo-dye photo-aligning technology: including its perspectives for future applications in liquid crystal (LC) Displays and Photonics devices. Azo-dye materials can provide a perfect uniform alignment with a sufficiently high polar and azimuthal anchoring energy, VHR and appropriate pretilt angles. The stabilized azo-dye aligning layers are thermo and UV stable. Patterned LC alignment in LCP films and LC alignment in superthin tubes and 3D surface becomes possible. Photoalignment applications in displays, Photonics and Optics become a “hot topic” of research. Latest tendencies of photoalignment technology applications in displays will be also considered.

Auto-stereoscopic 3D Displays 
Prof. Yi-Pai Huang
National Chiao Tung University, Taiwan
May 16th, 2012

      Click here to view bio 



In this talk, the basic concepts of 3D displays, especially for auto-stereoscopic 3D vision, will be discussed. Evidently, current approaches are not good enough for consumer electronics yet. Future technologies, therefore, such as 3D liquid crystal lens and 3-dimensional interactive/touch system, will be presented. By combining those developing technologies, it should be possible for flat panel 3D displays with naked eyes in the near future.

Oxide Electronics for Displays
Prof. John F. Wager
Oregon State University
Apr 26th, 2012




Amorphous oxide semiconductor (AOS) thin-film transistors (TFTs) are transitioning towards commercialization for active-matrix liquid crystal display flat-panel display backplane applications. They also appear to be well-positioned to meet the more demanding challenges associated with active-matrix organic light-emitting device backplanes. Additionally, AOS TFTs offer an attractive approach to printed electronics. The objectives of this talk are to (i) briefly review the origins and current status of AOS TFTs, (ii) offer a novel approach to their passivation, and (iii) consider possible future display applications.
DW2012 Hot Topic:
Hardware and Software Technologies for Glasses-Free 3D TVs and PCs
Goh Itoh


We have developed several technologies for glass-free 3D displays to produce a clear 3D image and offer an attractive application. Hardware technologies such as one-dimensional integral imaging method, a new moire-free pixel design using a vertical lenticular sheet, and 2D/3D switching with liquid-crystal gradient index (LC GRIN) lens are useful for 3D panels. Software technologies such as 2D3D image conversion, face tracking for 3D viewing zone shift, and 3D super-resolution image processing are for enjoying 3D movies. We continue to invent a 3D new technology especially for mobile devices and for business use.
DW2012 Hot Topic:
Color-Accurate Monitors
Adi Abileah


Color accurate monitors are high resolution, luminance controlled displays with very large color gamut. They have internal controls to match specific color standards (e.g. sRGB, Adobe), and well defined gamma functions. Usually they come with external tools for automatic calibration. Their unique properties, challenges, and applications will be discussed.
DW2012 Hot Topic:
From Backlight to Luminaire
Tim Dekker


As display and lighting technologies are growing closer together, concepts from both worlds can be used to accelerate future innovation. In this paper we present a novel office luminaire concept which uses only proven technologies known from the backlight industry. The new luminaire is semi-transparent and creates a glare free beam of light. Moreover, it enables a single luminaire with a dual beam character i.e, task lighting downwards and indirect general lighting upwards.
DW2012 Hot Topic:
Robust TFT Backplane for Flexible AMOLED
Jin Jang


We report the fabrication and flexibility of the TFTs based on poly-Si and a-IGZO on polyimide (PI). The performances of the TFTs do not degrade upon 10,000 times rolling with 2mm radius for a-IGZO and 4mm for poly-Si TFTs. It is found that there is no electrostatic damage for the TFT backplane on PI with a conducting backbone.
DW2012 Hot Topic:
Reliability Improvement of Flexible AMOLED Based on Auxiliary Functional Film Technology
Janglin Chen


The flexible universal plane (FlexUP) technology was demonstrated with Polyimide (PI) substrate and a novel de-bonding method. The transparent amorphous oxide semiconductor (TAOS) TFT, and OLEDs were developed along with the FlexUP technology, aiming to improve the reliability of flexible AMOLED. TAOS TFT successfully improved the bias stress reliability (T50) to approximately over 10 years, and the life time flexible AMOLED were improved by the new passivation structure and encapsulation materials.
DW2012 Hot Topic:
P-OLED Displays: RGB T95 Lifetime Performance of Ink-Jet-Printed Second-Order Cavity OLED Devices
Richard Wilson


Micro-cavity architectures can be applied to printed P-OLED devices to improve the efficiency and color that LEP materials can deliver in a display. As a result we have demonstrated not only high efficiency and required display colors, but also good T95 performance on a scalable platform.
DW2012 Hot Topic:
Printing Technologies for Organic TFT Array for Electronic Paper
R. Matsubara


We have developed unique printing technologies for organic TFT (OTFT) array for electronic paper. Offset-based printing technique can achieve less than 5 µm channel length and electrode width good alignment accuracy without any photo-assisted process. Flexographic printing can realize extremely smooth surface of organic semiconductor (OSC), which is essential to achieve high mobility. By using these methods, characteristics of printed OTFT show remarkably high uniformity. Moreover, we have successfully driven E Ink electronic paper by fully printed OTFT array.
DW2012 Hot Topic:
Printable Organic TFT Backplanes for Mass-Produced Displays
Mark James


We demonstrate the co-development of organic semiconductors, passive materials and formulation with process optimization to enable the manufacture of high performance Organic Thin Film Transistor (OTFT) arrays suitable for mass production of printable display backplanes. These materials can be printed or coated to fabricate top and bottom gate OTFT’s with charge carrier mobility greater than amorphous silicon.
DW2012 Hot Topic:
A Novel Triplet Green Host System and Charge Balance Tuning for High-Performance Singlet Blue Devices
Christof Pflumm


Our former findings on the charge balance in blue fluorescent devices show a clear connection between the basic performance parameters: Efficiency and lifetime both show an optimum with respect to voltage. Unfortunately, for devices using a conventional hole injection and NPB as hole transport materials, the optimum values do not occur at the same voltage. Moreover, the optimum voltage for lifetime is much higher than that for optimum efficiency. After investigating the underlying charge balance issue, we developed new stack layouts and hole transport materials to shift the lifetime optimum to lower voltage values. Using and appropriate hole injection layer and one of our latest hole transport materials. We can now combine excellent lifetime, low voltage and good efficiency in one fluorescent blue device. In addition, we obtain 10% EQE by carefully tuning the hole transport side in fluorescent blue devices. No special hole blocking layer is required to obtain this high efficiency. For green phosphorescent devices, we developed thermally stable co-host materials which allows for the use of low emitter concentrations in the range of 5% without sacrificing device performance. We combine this material with an electron transporting host that shows a slight initial rise in lifetime when a lower emitter concentration is employed. Due to these features, the tuning of the host mixing ratio results in excellent LT95 values in combination with good voltage, efficiency and low efficiency roll-off for high luminance.
Year 2011

User Issues in 3D Stereoscopic Displays 
Dr. Marty Banks
UC Berkeley 
Jun 16th, 2011 


This webinar covers a variety of user issues including:
  • The temporal protocols used in stereo 3D and how they affect perceived flicker, motion artifacts, and depth distortions
  • Head roll, vertical eye movements, and visual discomfort
  • Visual-vestibular conflict and nausea
  • Vergence-accommodation conflict 
  • Vergence: the inward or outward turning movement of the eyes in convergence or divergence
  • Accommodation: the focusing of the eyes to make the image on the retinas sharp.
  • Vergence and accommodation in natural viewing; coupling 
  • Vergence and accommodation in stereo displays
  • Optometric measures of discomfort 
  • Evidence that vergence-accommodation conflict with stereo displays causes discomfort: blurry vision, tired eyes, and headache 
  • The effect of the direction of the conflict (content in front of the screen or behind?) 
  • Maintaining comfort in different viewing situations 
  • Relating these findings to current practice

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