BYO3D 2011: Welcome
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Driven by the recent resurgence of 3D cinema, depth cameras and stereoscopic displays are becoming commonplace in the consumer market. Introduced last October, Microsoft Kinect has already fostered gesture-based interaction for applications well beyond the intended Xbox 360 platform. Similarly, consumer electronics manufacturers have begun selling stereoscopic displays and inexpensive stereoscopic cameras. Most commercial 3D displays continue to require cumbersome eyewear, but inexpensive, glasses-free 3D displays are imminent with the release of the Nintendo 3DS. At SIGGRAPH 2010, the Build Your Own 3D Display course demonstrated how to construct both LCD shutter glasses and glasses-free lenticular screens, providing Matlab-based code for batch encoding of 3D imagery. This follow-up course focuses more narrowly on glasses-free displays, describing in greater detail the practical aspects of real-time, OpenGL-based encoding for such multi-view, spatially multiplexed displays. The course reviews historical and perceptual aspects, emphasizing the goal of achieving disparity, motion parallax, accommodation, and convergence cues without glasses. It summarizes state-of-the-art methods and areas of active research. And it provides a step-by-step tutorial on how to construct a lenticular display. The course concludes with an extended question-and-answer session, during which prototype hardware is available for inspection.
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This document provides an overview of Google Glass, including its history, specifications, user interface, programming options, and potential applications. It discusses the introduction of Google Glass in 2013 and predictions that smartglasses sales will increase significantly in the next few years. Programming options for Google Glass include the Mirror API for server-side code and the Glass Development Kit for building native Glassware apps. Example applications mentioned include medical, transportation, banking, and media uses.
Screenless display
The document discusses screenless display technology as an emerging replacement for traditional touch screen displays. It describes several types of screenless displays including visual images like holograms, retinal displays that project images directly onto the retina, and synaptic interfaces that send images directly to the brain. While screenless displays provide advantages over traditional screens like 3D images and lower costs, the technology still faces challenges such as higher costs and limited availability of products, and potential health issues from close interaction with the eye.
Screenless display report
Screenless display technology allows for the projection of visual information without the use of a physical screen. It has several applications, including retinal displays which project images directly onto the retina, and brain-computer interfaces which transmit visual signals directly to the brain. Current technologies include holograms, which reflect light to form three-dimensional images in air, and Google Glass, which projects augmented reality images in front of the eye. Future developments may allow completely screenless computing through technologies like synaptic interfaces. Screenless displays have the potential to benefit many areas by providing new accessible computing options.
screen less display documentation
This document discusses screenless display technology. It describes screenless displays as systems that transmit visual information from a video source without the use of a screen. The document outlines several technologies being used for screenless displays, including interactive projection systems, 3D projection technologies, and retinal display systems. It provides examples of emerging screenless display technologies, such as Google Glass and holographic projections, and discusses how screenless computing may impact fields like lighting, software, and careers for visually impaired individuals.
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Seriously, you should start your mobile-related startup with an Android app, but there are many challenges that you need to fight to be competitive. First things first, you need to create a magical user experience solving a real problem. We will discuss why starting from Android could be the right strategy and how to use a lean approach to design a better user experience.
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The document provides an overview of an introduction to a university course on user experience. It discusses the following key points:
1. The history and roots of user experience, tracing back to ergonomics in ancient times and the integration of human factors research with computer science and design in recent decades.
2. Definitions of user experience, which focus on all aspects of a user's experience interacting with products and services, including usability, desirability, and emotional satisfaction.
3. An introduction to the topics that will be covered in the course, including what user experience is, common UX problems, intuitive design, and how culture can impact design understanding.
4. An example of analyzing the
EuroIA 2016 Designing Connected Products
The document provides guidance on designing connected products and summarizes key learnings from designing IoT products. It discusses shifts from physical to digital and back again with the rise of IoT. It emphasizes the importance of user experience for IoT, which requires a different skillset than web UX. Multidisciplinary teams are needed that include experts in human factors, business, digital tech, and physical tech. Early prototyping and user testing on location is also recommended to validate assumptions before large investments are made.
Lively Walk-Through: A Lightweight Formal Method in UI/UX design
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This document provides an overview of virtual world systems and technologies for developing virtual worlds. It discusses key features of virtual worlds like social interaction, large persistent environments. It then examines some successful 2D and 3D virtual worlds that break conventions. The document stresses that successful development requires balancing the design, content, and technology. It also advises working within time and budget constraints. Finally, it surveys various 2D and 3D virtual world technologies and considerations for choosing a technology.
From AI-Generated Stories to Interactive Volumetric Content by Adam Myhill, U...
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The Metaverse will require more content than we can realistically build manually, and it will need to be dynamically generated, personalised and completely interactive. This talk focuses on two groundbreaking projects: Creating an entirely AI-generated and interactive TV show and our inevitable future of 3D streamed media, specifically interactive streamed volumetric sports broadcasts. Adam will show how both projects work under the hood with live demos of the technology and breakdowns of the key points. Components include procedural cinematography, shot evaluation, ML pose estimation, dialogue and narrative synthesis, touch interactivity, intuitive UX and the challenges of streaming huge amounts of content to mobile devices. You’ll see what will hopefully be the very first, fully AI-generated TV show running 24 hours a day and never before presented versions of the latest Metacast technology, transforming how media is broadcast.Seminar_3D INTERNET
This document discusses the concept of 3D Internet. It begins by defining 3D Internet as a simulation of web pages in true-to-life graphics that allows for interaction. It then discusses why 3D Internet is useful, such as for interesting 3D shopping and distance learning. The document outlines the evolution from 2D Web 1.0 to more interactive 3D Web 3.0. It also describes some proposed technologies for implementing 3D Internet like VRML and using devices like Google Glass. Some applications mentioned include 3D e-commerce, training, games, and education. In conclusion, the document states that 3D Internet represents an opportunity to make the Internet more versatile and interactive, though research challenges remain.
HCID 2014: Designing Out The Screen. Steve Taylor, The Alloy.
This talk is about how, as Designers, can we move beyond the need to
design a screen into everything and embrace physical interactions? Now computing is becoming ever more ubiquitous & entwined into our lives, surely an acceptable solution isn't to cover our world in icons & screens. There is an emerging trend of beautifully crafted products that are becoming the face of complex systems, yet they have no screen at all and still provide a rich suite of interactions that are easily accessible by the user. What tools are available to us as Interaction Designer’s to give us the courage to step away from our wireframes & start designing beautiful, engaging physical interactions?
What is 3 d modeling unit 66
3D models are used widely in media such as TV, film, video games, product design, education, and engineering. They can have high polygon counts for offline rendering but must be lower for real-time applications like video games. Modeling software allows creators to construct models out of basic shapes and textures. While technology has increased capabilities, constraints like polycount, render time, and file size still exist due to the need for smooth performance.
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IMPACT Silver is a pure silver zinc producer with over $260 million in revenue since 2008 and a large 100% owned 210km Mexico land package - 2024 catalysts includes new 14% grade zinc Plomosas mine and 20,000m of fully funded exploration drilling.
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Digital Transformation Frameworks: Driving Digital Excellence
[To download this presentation, visit:
https://www.oeconsulting.com.sg/training-presentations]
This presentation is a curated compilation of PowerPoint diagrams and templates designed to illustrate 20 different digital transformation frameworks and models. These frameworks are based on recent industry trends and best practices, ensuring that the content remains relevant and up-to-date.
Key highlights include Microsoft's Digital Transformation Framework, which focuses on driving innovation and efficiency, and McKinsey's Ten Guiding Principles, which provide strategic insights for successful digital transformation. Additionally, Forrester's framework emphasizes enhancing customer experiences and modernizing IT infrastructure, while IDC's MaturityScape helps assess and develop organizational digital maturity. MIT's framework explores cutting-edge strategies for achieving digital success.
These materials are perfect for enhancing your business or classroom presentations, offering visual aids to supplement your insights. Please note that while comprehensive, these slides are intended as supplementary resources and may not be complete for standalone instructional purposes.
Frameworks/Models included:
Microsoft’s Digital Transformation Framework
McKinsey’s Ten Guiding Principles of Digital Transformation
Forrester’s Digital Transformation Framework
IDC’s Digital Transformation MaturityScape
MIT’s Digital Transformation Framework
Gartner’s Digital Transformation Framework
Accenture’s Digital Strategy & Enterprise Frameworks
Deloitte’s Digital Industrial Transformation Framework
Capgemini’s Digital Transformation Framework
PwC’s Digital Transformation Framework
Cisco’s Digital Transformation Framework
Cognizant’s Digital Transformation Framework
DXC Technology’s Digital Transformation Framework
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McKinsey’s Digital Transformation Framework
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Business Model Canvas
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一比一原版新西兰奥塔哥大学毕业证（otago毕业证）如何办理
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留信网认证的作用:
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BYO3D 2011: Welcome
- 2. Build Your Own Glasses-Free 3D Display Douglas Lanman Matthew Hirsch MIT Media Lab http://cameraculture.media.mit.edu/byo3d
- 3. Commercialization of “Glasses-Free 3D” Asus Eee Pad MeMO 3D Computex 2011 MasterImage 3D Computex 2011 LG Optimus 3D Mobile World Congress 2011 Nintendo 3DS E3 2010 Toshiba 3DTV Prototype CES 2011 Sony 3DTV Prototype CES 2011 LG 3DTV Prototype CES 2011
- 5. Review history and recent commercialization of (glasses-free) 3D displays
- 6. Explain how to modify LCD panels to create glasses-free 3D displays
- 7. Provide OpenGL software for real-time multi-view rendering and interlacing
- 8. Summarize rules-of-thumb for 3D content production
- 10. DIY shutter glasses were covered last year (see the course website)http://cameraculture.media.mit.edu/byo3d
- 12. GLSL shaders provided for anaglyph compositing and lenticular interlacinghttp://cameraculture.media.mit.edu/byo3d
- 15. MATLAB scripts for interlacing images for lenticular and hexagonal lens arrayshttp://cameraculture.media.mit.edu/byo3d
- 17. Constructing Glasses-free 3D Displays
- 18. Multi-view Rendering using OpenGL
- 19. Multi-view Interlacing using GLSL
- 20. Designing Content for Glasses-free 3D Displays
- 22. Q & A and Demonstrations