GVRDC Beyond VR: Mixed Reality with Tango and HoloLens
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Cyrus Lum and Aaron Pulkka presented this talk together at GVRDC in Shanghai, China on July 27th, 2016, to share our experiences developing award winning Tango and HoloLens applications.
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Mixed Reality met Microsoft HoloLens
De komst van nieuwe devices, zoals de Microsoft HoloLens en de HTC Vive, zorgen voor nieuwe gebruikerervaringen. Het is mogelijk om jezelf te transporteren naar een hele andere wereld, of de huidige wereld te zien door een andere bril. Wat zijn virtual, augmented en mixed reality nou eigenlijk? Hoe zorg je voor de optimale ervaring voor je gebruikers met deze nieuwe technieken?
Nico van Driel en Rob Bakkers geven je een doorkijk naar deze nieuwe virtuele werelden. Ze laten zien wat er nu en in de toekomst allemaal mogelijk is met deze nieuwe devices zoals de HTC Vive en de Microsoft HoloLens.
Bekijk de presentatie over Virtual Reality met de HTC Vive hier: http://www.slideshare.net/Avanade-Nederland/mixed-reality-en-virtual-realitymet-microsoft-hololens-en-htc-vive
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De komst van nieuwe devices, zoals de Microsoft HoloLens en de HTC Vive, zorgen voor nieuwe gebruikerervaringen. Het is mogelijk om jezelf te transporteren naar een hele andere wereld, of de huidige wereld te zien door een andere bril. Wat zijn virtual, augmented en mixed reality nou eigenlijk? Hoe zorg je voor de optimale ervaring voor je gebruikers met deze nieuwe technieken?
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Bekijk de presentatie over Virtual Reality met de HTC Vive hier: http://www.slideshare.net/Avanade-Nederland/mixed-reality-en-virtual-realitymet-microsoft-hololens-en-htc-vive
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The Presentation is available just for 1$. You can support me via Bitcoin on the following address with 1$. I will send you the original copy of the presentation via email with all the Gifs and Video Working after the successful transaction.
Bitcoin Address:
3Jido8rGoRCPdR4Zg4MCsieZAZhWgsT1X2
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The Presentation is available just for 1$. You can support me via Bitcoin on the following address with 1$. I will send you the original copy of the presentation via email with all the Gifs and Video Working after the successful transaction.
Bitcoin Address:
3Jido8rGoRCPdR4Zg4MCsieZAZhWgsT1X2
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By creating a single device that will replace all of them, which could not become obsolete, and whose only functionality’s limit would be the imagination of the developers .
The 7th Sense device enables to superimpose the digital world on the real environment. Everything around us turns into a Microsoft Surface and offers intuitive interaction and much more, since, this is the first device to enable the viewing of holograms and also enables the sharing of true-life experiences in stereoscopy.
Imaginez un instant que toutes vos surfaces puissent être exploitées et offrir d'emblée des informations ou options augmentées évolutives... Imaginez que votre tasse à café au petit déjeuner vous donne la météo du jour, le cours de la bourse ou que vos mails s'affiche sur votre table de cuisine sans adaptation technologique ou encore que votre porte de frigo se transforme en un instant en une liste de course tactile et interactive ... Imaginez que vous puissiez acquérir un 7ème sens grâce au mariage de la réalité augmentée et de l'informatique pervasive. Cette approche, d'une vision transformée par le concept technologique 7ème Sens ©, fut finaliste de la Microsoft Imagine Cup 2009.
En rassemblant dans un casque des technologies comme la pico projection, le touch, la vision stéréographique, l'intelligence artificielle déportée, la réalité augmenté, les accéléromètres ou bien encore le Cloud computing, le projet 7ème Sens vous ouvrira à la superposition en temps réel d'un monde digital sur votre environnement réel.
Grace à un système de vidéo projection miniaturisé qui s'adapte au champ de vision de l'utilisateur, il transforme toute surface l'entourant en une surface interactive.
Le 7ème Sens © fera ainsi partie de cette nouvelle génération d'appareils permettant la visualisation d'hologramme volumétrique dans votre milieu existant. Sa philosophie d'interaction esquisse les bases avant-gardistes d'une nouvelle façon d'interagir entre le monde réel et le monde digital : une Réalité Alternative Pervasive (RAP).
Au-delà du concept, il permet d'entrevoir ce dont l'humain sera naturellement capable lorsque les technologies seront suffisamment avancées et miniaturisé pour fonctionner de manière pervasive et endogène.
A Survey of Augmented Reality
A presentation given by Mark Billinghurst on April 21st 2015 at the CHI 2015 conference. This talk presents highlights from the journal paper:
M. Billinghurst, A. Clark, and G. Lee. A Survey
of Augmented Reality, Foundations and
Trends in Human-Computer Interaction.
Vol. 8, No. 1 (2015) 1–202, 2015
Available at :http://www.nowpublishers.com/article/Details/HCI-049
Project tango
Project Tango is a Google platform that uses computer vision and sensors to allow devices like smartphones and tablets to understand their position and orientation in 3D space. It uses technologies like simultaneous localization and mapping (SLAM) along with depth cameras, infrared sensors, and motion sensors to create 3D maps of environments. Applications include indoor navigation, augmented reality gaming, emergency response, and more.
Project Tango
Project Tango is a Google project that uses 3D motion tracking and depth perception to allow devices like smartphones and tablets to know their position relative to their surroundings. At Google I/O in May 2016, Google demonstrated Project Tango's real-time depth perception capabilities. Lenovo then announced the Phab 2 Pro, the first smartphone featuring Project Tango, available for purchase in September 2016 for $499.
Augmented Reality using Microsoft Hololens
The document summarizes Microsoft HoloLens, the first holographic computer running Windows 10. It allows users to see and interact with holograms overlaid in their real-world environment. HoloLens uses sensors to track eye gaze and gestures as inputs. Holograms are projected onto the user's field of view using two nano projectors located on each side of the head and a see-through visor. Potential uses include remote instruction, 3D design, gaming, navigation, and entertainment. However, HoloLens has limitations such as a small field of view, short battery life, high cost, and risk of accidents if used improperly.
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Building Mixed Reality Experiences for Microsoft HoloLens in Unity
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Francesco Fullone - Il remote working, istruzioni per l’uso
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Etna dev 2016 - Introduction to Mixed Reality with HoloLens
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Dave Curry + Jonathan Faunce - Virtual, Augmented, and Mixed: The “Reality” O...
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Jared Finder (Google) Creating Mixed Reality Apps and Games with Project Tango
Jared Finder (Google) Creating Mixed Reality Apps and Games with Project Tango
Similar to GVRDC Beyond VR: Mixed Reality with Tango and HoloLens
Aaron Pulkka (Rabbx) Spatial Awareness- Tango and HoloLens for AR experiences
Devices like HoloLens and Tango provide powerful spatial awareness capabilities that go beyond simple AR to enable truly Mixed Reality applications. Leveraging these capabilities requires an understanding of these technologies as well as new ways of thinking about user interface design and gameplay. Aaron shares his team's experiences developing apps for spatially aware devices, including Behemoth which won Best Spatial Mapping at the SFVR HoloLens hackathon and Ghostly Mansion which won Best Entertainment/Game app in Google's Project Tango development contest. He will discuss how these devices differ, how he approaches design to leverage their unique features, and lessons learned along the way.
VR - Creating the ultimate reality
VR is the ultimate reality
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London - Oculus Rift VR Meetup
12-13 December 2013
Introduction to Augmented Reality using MIcrosoft Hololens
The document discusses augmented reality (AR), virtual reality (VR), and holograms. It then describes Microsoft's HoloLens headset, which allows the user to see holograms overlaid on the real world. The HoloLens combines advanced processing with untethered use, and will run on Windows 10 with specialized apps for areas like gaming, design, education, and more. The conclusion is that the HoloLens represents a revolutionary breakthrough that is well-suited for the future of computing.
AR Gamers – The Next Generation | Mark Shovman
Delivered at Casual Connect Tel Aviv 2016 | Right now, VR is redefining gaming. AR is the next big thing, due to arrive in force in 5 -10 years. How will gaming change when it's here? What new games and new breeds of gamers can we expect? Pokemon Go is the first little glimpse of that future.
VR and MR in games: today, tomorrow and day afte
In this session, Andrey will talk about how VR changes for the gaming industry and what game potential is hidden in the new helmets of mixed reality
Virtual reality(pdf)
Virtual reality (VR) is an artificial environment that is created with computer hardware and software and presented to the user in a way that makes them feel like they are experiencing a real environment. There are different types of VR systems, including window-on-world systems which use monitors, immersive VR with head mounted displays, telepresence which links sensors to human operators, and mixed reality systems. Important factors in VR systems include visual realism, image resolution, frame rate, and latency. VR has applications in areas like education, medicine, entertainment, and more and its future uses are still developing as customized applications are created.
Eyes Wide Open - Amir Ebrahimi
Amir Ebrahimi of Unity3D's talk on developing interactive experiences for VR using the Unity3D engine.
Amir Ebrahimi, Unity3D
Immersive tech
So, I made this presentation at the Puglia Developers Club about new Immersive Technologies.
The idea was to present these developer priced devices, some of them prototypes and some available now.
At the end of the talk we had two stations, Razer Hydra, Leap Motion, Kinect and of course two Oculus Rift devices ready for all the participants to try out and have fun.
2022 COMP4010 Lecture2: Perception
Lecture 2 in the 2022 COMP 4010 Lecture series on AR/VR and XR. This lecture is about human perception for AR/VR/XR experiences. This was taught by Mark Billinghurst at the University of South Australia in 2022.
SPSNL17 - Introductie HoloLens - Augmented Reality in 2017 - Michiel Hamers
Tijdens deze sessie nemen we je mee in de wereld van Augmented Reality. Ben je benieuwd welke markten al hiermee aan de slag zijn gegaan?
De HoloLens van Microsoft gaat verder dan Google Glass en is een ander product dan de vr-bril.
Deze zelfstandige computerbril projecteert hologrammen in de echte fysieke wereld en integreert de virtuele wereld met de echte wereld. Ben je een C# ontwikkelaar, Unity game designer, IT-architect, consultant, relatiemanager of gewoon een gadgetliefhebber die meer wil weten over de HoloLens? Dan is deze sessie iets voor jou!
WebinarFilkom-VirtualTour-HermanT.pdf
This document summarizes a presentation about using virtual reality (VR) for virtual tourism given by Dr. Eng. Herman Tolle from Universitas Brawijaya. It discusses how VR can allow people to explore places from their homes during the COVID-19 pandemic when international travel is difficult. Examples of virtual tours using YouTube and VR boxes with smartphones are provided. The document also defines augmented reality (AR) and VR, lists some common uses of VR/AR, and discusses tools for creating VR content and research areas related to virtual tourism experiences.
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This document discusses the challenges of creating VR applications in Unity. It outlines some of the key challenges including maintaining presence, managing devices and displays, interactions, deployment to different hardware, and rendering speed. It then introduces MiddleVR, a plugin for Unity that aims to simplify VR development by providing abstractions and functionality for many of these challenging areas such as device management, display management across multiple screens, and cluster rendering. MiddleVR supports a variety of VR hardware and aims to improve the development process for VR applications in Unity.
Augmented Reality - ITHB April 6, 2013
Augmented reality (AR) adds virtual objects to the real world. There are different types of AR including marker-based AR which uses markers like images to trigger virtual objects, and markerless AR which uses things like facial detection, image processing, and geotagging. AR is used in many applications including games, education, military, translation, and on mobile devices. Major companies developing AR include Nokia, Google, and developers can use various AR platforms for Android, iOS, and Windows Phone.
Tango[VivekKumar_CS-C_6Sem_MIT]
1) Project Tango uses computer vision and motion tracking sensors to enable mobile devices to detect their position and motion in 3D space without relying on GPS or external signals.
2) It contains customized hardware and software that tracks a device's full 3D motion and maps the surrounding environment with 250,000 3D measurements per second.
3) Potential applications include indoor mapping, augmented reality, gaming, and integrating sensor data to extend human perception.
"Harness The Disruptive Power of AR" Presented at VR On The Lot 10 14-17
Charlie Fink is a columnist, writing about VR, AR and new media for Forbes. An author and a futurist, he was EVP & COO of VR pioneer, Virtual World Entertainment. He was also a Story Development & Production VP at Disney from 1985-1992, giving him a unique perspective on media, entertainment, and technology. Join us as Charlie gives an overview of AR, economics and its potential to augment and transform media and ourselves.
Алексей Рыбаков (Senior Engineer,Technical Evangelist DataArt )
Алексей Рыбаков (Senior Engineer,Technical Evangelist DataArt ) рассказывал о современном состоянии VR/AR-индустрии, о принципах и особенностях мобильного VR. Участники встречи коснулись средств разработки и запустили парочку примеров на Google DayDream. Во второй части доклада обсудили Samsung Gear VR, Google Cardboard и Google Daydream, в чем их сходства и различия с точки зрения программиста. Рассмотрели SDK/Tool, которые можно с ними использовать.
HTC Vive, FOVE, Playstation VR and more - Presentation Meetup 20 Feb 2016
A Meetup presentation of VR projects I worked on the past years.
HTC Vive, FOVE, PSVR (former Project Morpheus), Razor Hydra, Leap Motion & Trinus VR. Including Oculus DK1 and DK2 obviously as well as Gear VR and Cardboard.
This presentation highlights the difference between 360 and 180 degree VR devices and experiences, as well as the benefits of Eye Tracking for VR.
Forge - DevCon 2016: Introduction to building for HoloLens
The document discusses the capabilities and features of the HoloLens augmented reality headset. It describes how HoloLens blends interactive holographic content with the physical environment using features like gaze input, gesture input, voice commands, spatial mapping, and spatial sound. It provides examples of how these features can be used to build immersive experiences and applications for storytelling, exploration, collaboration, and more. Resources for developing for HoloLens using tools like the HoloToolkit and Windows Holographic platform are also mentioned.
MUTEK_IMG 2015 // VR101 : la (re)naissance de la réalité virtuelle? / The (Re...
This document provides an overview of virtual reality (VR) and augmented reality (AR) technologies. It discusses the evolution of 360 cameras and video, as well as head mounted displays (HMDs) and controllers used in VR. Different types of VR content are described, ranging from passive 360 video to interactive real-time 3D. Production pipelines for VR content are outlined. Major players in VR include Oculus, Sony, HTC, and Microsoft. Montreal is highlighted as an emerging hub for VR production. Applications of VR discussed include entertainment, immersion, empathy, and helping people. The future potential of VR as a new communication platform is noted.
Virtual reality and its Types
Aslam.o.aliakum!
i am shakaib ashraf this topic is for my students who want to do presentation on virtual reality
introduction
types of virtual reality
how virtual reality works
these topics are available in this presentation
pray for me
thankyou
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みなさんこんにちはこれ何文字まで入るの？40文字以下不可とか本当に意味わからないけどこれ限界文字数書いてないからマジでやばい文字数いけるんじゃないの？えこ...
ここ3000字までしか入らないけどタイトルの方がたくさん文字入ると思います。
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Partecipate alla presentazione per immergervi in una storia di interoperabilità, standard e formati aperti, per poi discutere del ruolo importante che i contributori hanno in una comunità open source sostenibile.
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みなさんこんにちはこれ何文字まで入るの？40文字以下不可とか本当に意味わからないけどこれ限界文字数書いてないからマジでやばい文字数いけるんじゃないの？えこ...
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- 1. Beyond VR: Mixed Reality with Tango and HoloLens Cyrus Lum, CTO Ant Hive Games Aaron Pulkka, CEO Rabbx Inc
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- 15. Story-Driven Physical Hidden-Object Game
- 16. Motion Tracking driven design “In this mystery sleuthing title, you play an imprisoned spirit, trying to find peace by solving the mystery of your own death.” “It takes place in a spooky 3D mansion, and the entire game is controlled by walking around holding Tango.”
- 17. Development Kit and Lenovo Phone
- 18. Tango Development Environment SDK Options • C, Java, Unity UX Framework Active Community
- 19. Tango Motion Tracking • Visual-Inertial Odometry (VIO) • Tracking image differences • Inertial motion sensors • Combined for greater accuracy • Limits: • Drift • No memory • Lighting
- 20. Tango Area Learning • Simultaneous Location and Mapping (SLAM) • Location memory • Drift correction • Limits: • Mapping time • Areas change over time
- 21. Tango Depth Sensing • Point Cloud • Infrared light • Markerless AR • Limits: • Environmental • 0.5 to 4 meters
- 22. Environmental Issues • “I can’t see.” – too dark • “I am lost.” – featureless • “I am dizzy.” – too fast
- 24. Mixed Reality with Tango Google I/O 2016
- 25. • Wearable Windows PC • Spatial Mapping • Motion Tracking • Gesture Tracking • Speech Recognition
- 26. Wearable Windows 10 PC
- 28. Rest API
- 29. Infrared Camera Spatial Mapping
- 30. Motion and Gesture Tracking
- 31. Speech Recognition • System level commands • User configurable commands
- 33. Behemoth for HoloLens • Enabling epic cinematic experiences everywhere! • Discover mysterious dangers lurking beyond your walls • Find critical resources under and around furniture • Conquer beast to win an epic battle
- 34. Mixed Reality UX • Forget 2D UI design! • Integrate 3D UI elements • Physical movement and gaze • Use 3D audio and “offscreen” hints • ReFlow elements to environment
- 35. Mixed Reality ReFlow Each player’s gameplay environment is unique • Artificial Intelligence • MxR layout engine • Surface reconstruction • Planar identification
- 36. vs • Phablet • Touchscreen • Android • Consumer • Infrared mapping • Visual tracking • Wearable • Gestures • Windows • Enterprise • Infrared mapping • Visual tracking
- 37. FUTURE
- 38. Smart Glasses Adoption Forecast
- 40. 2017?