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Solving the Human Factors Challenge in XR Metrology 解决XR计量中的人为因素挑战
Q4 Engineering Pub Date : 2026-01-15 DOI: 10.1002/msid.70016
Sonika Obheroi

To enable mass consumer adoption of XR systems, metrology standards must integrate objective measurements with human factors for meaningful evaluation of rapidly evolving architectures.

为了使大众消费者采用XR系统,计量标准必须将客观测量与人为因素相结合,以便对快速发展的体系结构进行有意义的评估。
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引用次数: 0
Exciting Time for SID SID激动人心的时刻
Q4 Engineering Pub Date : 2026-01-15 DOI: 10.1002/msid.70023
Ioannis (John) Kymissis

The past few months have been very exciting for our society with interesting conferences and presentations that explore new display research and development.

过去的几个月对我们的社会来说是非常令人兴奋的,有有趣的会议和演讲,探索新的显示研究和发展。
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引用次数: 0
Complete Issue 完整的问题
Q4 Engineering Pub Date : 2026-01-15 DOI: 10.1002/msid.70029
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引用次数: 0
Laser-Based AR Seeing Renewed Interest 基于激光的AR技术重新引起人们的兴趣
Q4 Engineering Pub Date : 2026-01-15 DOI: 10.1002/msid.70020
Chris Chinnock

Glasses-based augmented reality has been inching into the market over the last several years and may see a big uptick in 2026 led by Meta, Google, Samsung, and others.

在过去几年里,基于眼镜的增强现实技术一直在缓慢进入市场,在Meta、谷歌、三星等公司的引领下,它可能会在2026年出现大幅增长。
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引用次数: 0
Display and Optics in Modern VR and AR Systems 现代VR和AR系统中的显示和光学
Q4 Engineering Pub Date : 2026-01-15 DOI: 10.1002/msid.70024
Jason Hartlove, Ray Ma, Shizhe Shen, Daozhi Wang, Yun Wang, Michiel Callens, Alfredo Bismuto

The journey toward truly immersive and seamless VR and AR experiences is fundamentally driven by breakthroughs in display and optical technologies.

实现真正沉浸式无缝VR和AR体验的旅程从根本上是由显示和光学技术的突破推动的。
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引用次数: 0
A Promising Year Ahead for ID and the Industry ID和行业前景光明的一年
Q4 Engineering Pub Date : 2026-01-15 DOI: 10.1002/msid.70015
Stephen P. Atwood
<p><b>WE ARE HITTING THE GROUND RUNNING IN 2026 WITH</b> a very exciting calendar year of content. The new and innovative technologies in our industry seem to be everywhere, and we are entering a time where advances in each technology are moving faster than ever. Whether your interest is in important applications for displays, such as automotive or industrial equipment; you are focused on higher volumes of consumer devices, such as TVs, monitors, and phones; or you are inspired to pursue making the greatest augmented (AR) and virtual reality (VR) equipment, this is the time to embrace your ideas and go shopping for solutions.</p><p>Throughout the upcoming year, <i>ID</i> will include stories about innovative solutions and how they can be used to enable new product ideas. Through the themes we have chosen, augmented by the many gifted professionals who will help us compile our technical content, we will offer an inside look at what is new and exciting in the industry.</p><p>We start with the field of AR, VR, and extended reality (XR) displays in this issue, then we will explore leading-edge emissive technologies in March, and consider the promise of AI to revolutionize everything about displays and imaging in May. For July, we will reprise some of the most interesting work on automotive displays first seen at the Vehicle Displays and Interfaces conference. The September issue will cover the many aspects of display electronics—literally the glue for the building blocks of your next great product. To finish the year, the November issue will cover diverse and innovative applications for displays that may serve as templates for your product vision. Here at <i>ID</i>, we are working hard to bring in the best authors and editors to make this all happen and live up to the readers’ expectations.</p><p>Our technical package was developed by Guest Editor Radu Reit and starts with some great articles exploring important aspects of AR/VR display development, including the state of the art for imagers and optics, the challenges of applying optical metrology to these designs to know how well they will be accepted by users, and a marketplace analysis of how this part of the consumer industry is progressing and what tailwind AI is going to provide. Many of us know Radu from his extensive work in marketing for SID, but he is also a dedicated and ambitious technologist with a strong vision for the future of XR displays. You should read his guest editorial, “Building XR Devices on the Shoulders of Display Giants,” to fully appreciate the direction of these articles. Thank you, Radu, for all your work on this issue.</p><p>OLED displays, like LCDs, are made on large substrates and are cut to their final size during the later steps of the manufacturing process. Although we might want to use a giant pair of scissors to separate them, the preferred approach uses lasers to precisely separate each final part from the whole panel. In their Frontline Technology article “Lase
我们将在2026年推出令人兴奋的内容日历年。我们行业的新技术和创新技术似乎无处不在,我们正在进入一个每项技术进步都比以往任何时候都快的时代。无论您的兴趣是在显示器的重要应用,如汽车或工业设备;你专注于更高容量的消费设备,如电视、显示器和电话;或者你受到启发,想要制造最伟大的增强(AR)和虚拟现实(VR)设备,现在是时候拥抱你的想法,去寻找解决方案了。在接下来的一年里,ID将包括关于创新解决方案以及如何使用它们来实现新产品创意的故事。通过我们选择的主题,再加上许多有天赋的专业人士将帮助我们编辑我们的技术内容,我们将提供一个新的和令人兴奋的行业内幕。本期我们将从AR、VR和扩展现实(XR)显示器领域开始,然后我们将在3月份探索领先的发射技术,并在5月份考虑人工智能对显示器和成像的革命性影响。今年7月,我们将重现一些在汽车显示和接口会议上首次看到的关于汽车显示的最有趣的工作。9月刊将涵盖显示电子产品的许多方面——字面上讲,它是构建你下一个伟大产品的粘合剂。为了完成这一年,11月的问题将涵盖各种创新的显示器应用,可以作为您的产品愿景模板。在ID,我们正在努力引进最好的作者和编辑来实现这一切,不辜负读者的期望。我们的技术包是由客座编辑Radu Reit开发的,并以一些探索AR/VR显示开发的重要方面的优秀文章开始,包括成像仪和光学的最新技术,将光学计量应用于这些设计的挑战,以了解它们将被用户接受的程度,以及对这部分消费行业如何发展的市场分析,以及AI将提供的推动力。我们中的许多人都是从他在SID的广泛营销工作中认识Radu的,但他也是一位敬业、雄心勃勃的技术专家,对XR显示器的未来有着强烈的愿景。您应该阅读他的客座社论“在显示巨头的肩膀上构建XR设备”,以充分理解这些文章的方向。谢谢你,Radu,谢谢你在这个问题上所做的一切。与lcd一样,OLED显示器是在大型衬底上制造的,并在制造过程的后期步骤中切割成最终尺寸。虽然我们可能想要用一把巨大的剪刀将它们分开,但首选的方法是使用激光精确地将每个最终部分从整个面板中分离出来。在他们的前沿技术文章“激光切割OLED显示器-越短越好”中,来自Coherent的Fabian Soerensen和他的同事解释了该行业如何朝着超短或“深”紫外波长发展,脉冲持续时间在皮秒到飞秒范围内,以干净安全地分离由多达14层组成的最新OLED堆叠。他们的文章回顾了波长和脉冲持续时间的三种不同选择的性能,并显示了有希望的结果。这是一种技术,当它完全成熟时,可以增加吞吐量并改善质量。在2025年的显示周上,iZone奖得主峰会技术实验室展示了将投影图像精确映射到几乎任何复杂表面上的最卓越能力,引起了我们的注意。他们通过一个专有的校准系统来实现这一点,该系统使用一组摄像机和重叠投影仪来开发目标表面的3D表面地图,然后用于对视频图像流进行空间映射,实时逐像素校正失真。图像显示正确的比例和比例的目标表面。在“用投影击败曲面显示器挑战”这篇文章中,作者Aditi Majumder解释了这是如何实现的以及它的功能是什么。它也包括一些很棒的图片,我很高兴我们最终能够在这里展示它,因为在会议上的演示中看到它是如此有趣。大约十年前,当行业第一次开始生产宽色域(WCG)显示器时,我并不惊讶于色彩空间映射技术,色彩测量方法和图像编码方案的新焦点,以尝试使渲染图像尽可能接近原始图像(或至少是创作者的意图),同时最大限度地利用新技术。在过去的几年里,我们在ID中对这个领域进行了大量的介绍。 但最近让我感到惊讶的是作者/研究员Refik Telhan报告的工作,关于让两个WCG显示器显示相同的颜色或让它们中的任何一个呈现目标颜色图像对每个观察者来说都是多么困难。您可能会认为更广的色域会使事情变得更容易,但是正如您将在他的文章“软打样在行动”中读到的那样,事实恰恰相反。WCG显示器更难匹配颜色,并且更有可能在两个观察者看来不同,即使它们的测量色度值相同。当然,我们知道,由于计算机显示器不具备显示可见光谱的所有波长的能力,因此总会涉及某种类型的同色匹配。但WCG显示器使这一挑战变得更糟,因为它们可以在颜色通道中具有更窄的光谱,并且它们之间的光谱距离更大,这反过来又放大了个体观察者的不同颜色匹配功能。Refik重新向我们介绍了“观察者元特征不匹配”的概念,并探讨了这种现象的潜在原因。这个问题会影响所有类型的应用程序,包括移动图像以及家庭和电影院的用户体验。未来的改进有很多需要考虑的地方。广受欢迎的“ID Asks”系列将持续到2026年,Sri将记录Kopin公司董事长、总裁兼首席执行官迈克尔·默里的人生故事。多年来,Michael领导了一些突破性的技术项目,例如基于人工智能的系统、半导体加密技术、惯性导航系统和传感设备以及支持物联网的设备的解决方案。在他的职业生涯中,他也有一些非常有趣的里程碑式的经历,包括在白宫就密码学和物联网竞争做简报。在他领导Kopin的角色中,他专注于开发和提供完整的微显示解决方案,利用他们在LCD, OLED和microLED方面的内部能力。Kopin有一项有趣的业务,是东北地区显示器业务的基石之一。如果你是一个冰球爱好者,你可以和迈克尔一起在波士顿地区的冰上打球。这是一次很棒的采访;再次感谢Sri为我们带来了这些重要的行业领袖和他们的智慧。分析师兼作家Chris Chinnock在他的文章“基于激光的AR重新引起人们的兴趣”中介绍了最近在光学和激光科学前沿会议上提出的重要创新。有一种新兴的观点认为,激光可能是下一代宽视场AR设备的必要选择,因为激光具有天然的偏振性,并且具有OLED等其他光源可能无法提供的小延迟。因此,为了实现以激光为中心的AR显示生态系统,大量的研发精力正在投入到激光光源、定制光学材料(如波导)、基于激光的光学系统(包括去斑点)等解决方案上。欣赏克里斯的详细描述,并在未来几年关注这项技术,看看可能会有什么发展。在结束之前,我想提醒您注意另一个重要的SID里程碑。正如您将在SID主席John Kymissis的专栏中所读到的,SID即将开启一个激动人心的新篇章,它将成立一个慈善基金会,以支持“……信息显示行业及其相关协会(SID)的教育和发展”。这是我们社会向前迈出的重要一步,也显示出我们的领导力是如何专注于重要举措的,例如增加对主要奖项的资助,并为世界各地的学生提供旅行补助金和奖学金。我真诚地希望你们花时间在即将到来的投票中审查并投票支持这一重大倡议。最后,祝大家在新的一年里健康、快乐、兴旺!
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引用次数: 0
Laser Cutting of OLED Displays—The Shorter the Better OLED显示器的激光切割-越短越好
Q4 Engineering Pub Date : 2026-01-15 DOI: 10.1002/msid.70018
Fabian Soerensen, Oliver Haupt, Yiyun Kang, Ralf Knappe

Thinner displays for foldable phones and maximized display areas require a very high-quality cut to avoid delamination and achieve a frameless display area.

可折叠手机的更薄显示屏和最大化的显示区域需要非常高质量的切割,以避免分层并实现无框显示区域。
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引用次数: 0
Beating the Curved Display Challenge with Projection 用投影击败曲面显示挑战
Q4 Engineering Pub Date : 2026-01-15 DOI: 10.1002/msid.70022
Aditi Majumder

By using multi-camera AI-powered computer vision and pixel-level calibration, “liquid light” transforms age-old projection into a fluid medium.

通过使用多摄像头人工智能计算机视觉和像素级校准,“液体光”将古老的投影转变为流体介质。
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引用次数: 0
ID Asks/Michael Murray ID Asks/Michael Murray
Q4 Engineering Pub Date : 2026-01-15 DOI: 10.1002/msid.70021
Sri Peruvemba

Chairman, President, and CEO of Kopin Corporation

Kopin Corporation的董事长、总裁兼首席执行官
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引用次数: 0
Building XR Devices on the Shoulders of Display Giants 在显示器巨头的肩膀上构建XR设备
Q4 Engineering Pub Date : 2026-01-15 DOI: 10.1002/msid.70025
Radu Reit

This issue delves deep into the display and optics technologies enabling extended reality (XR) devices to unravel both technical requirements for the industry, but also the metrology and market factors that will make these devices a success in the discerning eye of the consumer.

本期专题深入探讨了扩展现实(XR)设备的显示和光学技术,以揭示行业的技术要求,以及使这些设备在消费者挑剔的眼光中取得成功的计量和市场因素。
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引用次数: 0
期刊
Information Display
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