SPIE AVR21 industry talks. II / Society of Photographic Instrumentation Engineers.

Format:

Book

Author/Creator:

Society of Photo-optical Instrumentation Engineers, author, issuing body.

Series:

Proceedings of SPIE--the International Society for Optical Engineering ; Volume 11764.

Proceedings of SPIE ; Volume 11764

Language:

English

Subjects (All):

Microelectronics--Congresses.

Microelectronics.

Physical Description:

1 online resource.

Place of Publication:

Bellingham, Washington : SPIE, [2021]

Contents:

TriLite Technologies: Ultra-compact Displays to Enable the AR Glasses Mass Market / Peter Weigand

Tooz Optics: Breakthrough in Scaling and Selling Smart Glasses with Rx / Frank-Oliver Karutz

Lumus: Maximus: Large FoV Near to Eye Display for Consumer AR Glasses / Aviv Frommer

Compound Photonics: Architecting the Nature of Seeing / Edmund Passon

VividQ: Indistinguishable from Reality: Overcoming Key Challenges in Highly Realistic Holographic Display for AR and Beyond / Darran F. Milne

Harvard: Meta-optics Achieves RGB-achromatic Focusing for Virtual Reality / Zhaoyi Li

Imagine Optix: Liquid Crystal Polymer Optics, Transformational Technology for VR and AR Systems / Steve J. Robbins

RICOH Company: Super-Light Smart Glasses Using Plastic Optical Systems / Shirao Hirano

Nreal: Ready-to-wear Mixed Reality Glasses / Chi Xu

The Development of XR Hardware Standards /

Applied Materials: The Path to Production: Enabling the Next Generation of Photonic Devices with Materials Engineering / Omkaram Nalamasu

Lumentum: Illumination Sources for Head-Mounted Displays / David Cheskis

Dispelix: Waveguide Displays for AR / Antti Sunnari

SCHOTT: Glass Technology for Waveguide-Based AR/MR Devices / Ruediger Sprengard

Luxexcel: 3D Printing: Combining Prescription Power and a Waveguide into a Lightweight Lens / Guido Groet

Pixelligent: Delivering the Ultimate in AR/MR Optics with PixClear® HRI Designer Compounds / Craig Bandes

inkron: Siloxane and Nanoparticle Based Optical and Electronic Materials / Juha Rantala

EV Group: Toward Enhanced AR Manufacturing using Nanoimprint Lithography / Christine Thanner

Covestro: Photopolymer Film Technology: Key Enabler for Augmented Reality Displays / Moritz Winterstein

Morrow Eyeware: An introduction to Morrow's Autofocal Tunable Lens Technology / Jelle De Smet

Applied Materials: Update from Applied Materials / Wayne McMillan

DigiLens: Design and Fabrication Considerations for Holographic Waveguide AR Displays / Alastair J. Grant

LentinAR: Optical solution for Augmented Reality (AR) Glasses / Soon-gi Park

NTT Advanced Technology: Applying VR Technologies to Training Systems / Yuko Kawajiri

ESSILOR: Glasses Designed to Enhance Visual Perception of People with Low Vision / Denis Cohen-Tannoudji

HOYA: Shedding Light on the Augmented and Mixed Reality Industry / Donna Qin

Corning: High-precision Wafer and Panel Format Glass-based Solutions / Xavier G. Lafosse

Optical Engines for AR /

Niantic: Application Driven Consumer HMD Development / Ross Finman

SONY: Immersive XR workflow and technologies / Hiroshi Mukawa

Oculus Research: Optics & Displays for Future VR: From Perceptual Testbeds to Building Blocks / Melissa Geng

Lenovo: Where do AR and VR devices stand in 2021 / Mike Lohse; John Haddick

Lynx: Video see-through with Lynx: the path to true Mixed Reality / Stan Larroque

Mojo Vision: Designing Anytime, Anywhere AR Contact Lenses with Mojo Lens / Mike Wiemer

Vuzix: Optics, Waveguides and Display Engine Technologies that Enhance Usability and Functionality of Smart Glasses / Robert Schultz

Stanford: Photonics for XR / Jonathan A. Fan

Creal: The Trojan horse of AR industry / Tomas Sluka

LightSpace Technologies: Eye Accommodation Realized by Multifocal Projection / Ilmars Osmanis

MIT: Making use of XR: from Gaming at Home to ICUs at Hospitals to fight COVID-19 / Nataliya Kosmyna

LEIA: The Lume Pad: 3D Lightfield at your fingertips / David Fattal

STMicroelectronics: Laser Beam Scanning: The Ideal Solution for AR Wearable Applications / Bharath Rajagopalan

Endeavor: Getting to the New Normal: How XR Will Shape The Future of Work / Amy Peck

GoerTek: Aspheric Lens, Finel Lens, Hybrid Diffractive Optical Components for VR/AR / Angus Wu

The Future of XR Adoption /

Applied Materials: Beyond Matter: Sharing our Approach for LASAR: How We Support Making Engineered Optical Designs Possible / Paul Gallager

Microsoft: Mixed Reality, the Future of Computing and Human Interactions / Ash Saulsbury

SEIREN KST: Compact Full Color Optical Engine for Smart Glasses / Joe Kamei

Mega1: Technology Introduction of Laser Scanning Module for AR / Makoto Masuda

Quanta: AR Near Eye Display Manufacturing in Quanta / Yun Cheng Liu

Seattle Photonics: Optical Design Consideration for Scanning Displays / Ned Nestorovic

Kura AR: Ultra High-performance AR Glasses and System / Kelly Peng

Osram Opto Semiconductors: Compact RGB Laser Module for AR Smart Glasses / Stefan Morgott

STMicroelectronics: MEMS ScanARTM: ST Laser Beam Scanning Solutions Enabling Ultracompact "Light" Engines for AR / Marco Angelici

Dispelix: Diffractive Waveguides for Laser Beam Scanners / Juuso Olkkonen

Oqmented: MEMS Based Laser Beam Scanning: The Key to Meeting Compactness and Performance Requirements of AR-smartglasses / Ulrich Hofmann

PoLight ASA: Ultra Compact Laser Scanner Concept of 1D Scanning / Pierre Craen

EyeWay Vision: Highly Efficient Immersive AR Glasses Using Gaze-locked Exit Pupil Steering / Boris Greenberg.

Notes:

Description based on publisher supplied metadata and other sources.

ISBN:

1-5106-4363-X