Unlike other virtual reality (VR) headsets, the Oculus Quest 2 may function independently of a computer or mobile device. It provides the highest visual quality and overall experience for playing games, watching movies, and interacting with friends and family. Better tracking (due to a more potent sensor), a more comfortable ergonomic design, and a higher resolution screen are just a few of the ways in which the Oculus Quest 2 improves upon its predecessor. Is it really beneficial to upgrade? The price of the Oculus Quest 2 headset has increased by $100 from its predecessor, to $399. A lot of money was invested, and only time will tell whether the investment was worthwhile. Compared to competing virtual reality (VR) headsets, what sets the Oculus Quest apart? When compared to other virtual reality (VR) headsets, the Oculus Quest 2 stands out for its numerous unique features. In comparison to Samsung's Odyssey headset (which utilizes an LCD screen and costs $499), the Oculus Quest 2 offers a higher resolution AMOLED screen and better audio quality. The headset's speakers allow for six degrees of freedom, so you can turn your head in almost any direction without losing your place in the action.

This two-volume set LNCS 13317 and 13318 constitutes the thoroughly refereed proceedings of the 14th International Conference on Virtual, Augmented and Mixed Reality, VAMR 2022, held virtually as part of the 24rd HCI International Conference, HCII 2022, in June/July 2022.The total of 1276 papers and 241 posters included in the 39 HCII 2021 proceedings volumes was carefully reviewed and selected from 5222 submissions. The 56 papers included in this 2-volume set were organized in topical sections as follows: Developing VAMR Environments; Evaluating VAMR environments; Gesture-based, haptic and multimodal interaction in VAMR; Social, emotional, psychological and persuasive aspects in VAMR; VAMR in learning, education and culture; VAMR in aviation; Industrial applications of VAMR. The first volume focuses on topics related to developing and evaluating VAMR environments, gesture-based, haptic and multimodal interaction in VAMR, as well as social, emotional, psychological and persuasive aspects in VAMR, while the second focusses on topics related to VAMR in learning, education and culture, VAMR in aviation, and industrial applications of VAMR.

This book focuses on designing and being a designer of immersive education. It introduces readers to the human experiences within immersive learning environments and contributes research evidence on the effectiveness of immersive technologies in K-12 and post-secondary contexts. Through the chapters, illustrative contextual examples and vignettes demonstrate immersive learning in real-world educational practice. Readers will be equipped to design engaging and culturally relevant immersive experiences for learning in a post-COVID world. Immersive Education: Designing for Learning brings researchers, designers, and educators together to offer pedagogical strategies and design guidelines. The originality lies in integrating theoretical and practical knowledge to design meaningful immersive experiences, with attention to sustainability, community, and creativity. Valuable insights are provided to support students and teachers as immersive learning designers and storytellers.

Walks readers through the key components of developing library-led research and programming that leverages emerging technologies with the goal of engaging students and faculty. As educational curricula and research evolve to include advanced technologies, libraries must offer programming with these emerging technologies in mind, including the use of virtual reality (VR) and augmented reality (AR). In this timely guide, Valk, Mi, and Schick present readers with tools for assessing their level of organizational readiness to begin such programs and, more importantly, how to sustain them with limited budgets, expertise, and resources. Building on their own experiences, the authors teach readers how to develop technology-rich classes, assess student projects, and overcome technical hurdles. They spotlight this kind of programming as integral to building strategic partnerships in an educational environment. Readers will learn how to adapt and design programs or initiatives in which the necessary technologies are rapidly changing, not only in higher education institutions, but also in schools. Worksheets and resources assist readers in reflecting on their own work and developing educational programming to suit their organizational needs.

With two software-packed CD-ROMs, Virtual Reality Madness! provides everything you need to explore the world of Virtual Reality. The book/CD-ROM package covers the entire area of artificial reality, including 3D imaging and rendering, games, modeling, etc. The two CDs offer over 1.3 gigabytes of software, including full retail versions of Virtual Reality Studio, VistaPro, and Virtus Walkthrough.

This two-volume set constitutes the refereed proceedings of the 17th International Conference on Universal Access in Human-Computer Interaction, UAHCI 2023, held as part of the 25th International Conference, HCI International 2023, in Copenhagen, Denmark, during July 23-28, 2023. The total of 1578 papers and 396 posters included in the HCII 2022 proceedings was carefully reviewed and selected from 7472 submissions. The UAHCI 2023 proceedings were organized in the following topical sections: Part I: Design for All Methods, Tools and Practice; Interaction Techniques, Platforms and Metaphors for Universal Access; Understanding the Universal Access User Experience; and Designing for Children with Autism Spectrum Disorders. Part II: Universal Access to XR; Universal Access to Learning and Education; Assistive Environments and Quality of Life Technologies.

For more than 25 years, The Only EKG Book You’ll Ever Need has lived up to its name as an easy-to-understand, practical, and clear reference for everyday practice and clinical decision making. Dr. Thaler’s ability to simplify complex concepts makes this an ideal tool for students, teachers, and practitioners at all levels who need to be competent in understanding how to read an EKG. Clear illustrations, clinical examples, and case studies help you quickly learn how identify and interpret hypertrophy and enlargement, arrhythmias, conduction blocks, pre-excitation syndromes, myocardial infarction, and more. Features: New material throughout and shortened and simplified explanations ensure that you’re reading the most up-to-date, clear, and accurate text available. More than 200 facsimiles of EKG strips provide greater insight into normal and abnormal tracings, increasing your understanding of their clinical significance. Clinical examples, interactive questions, and case studies put key concepts into real-world context so that what you learn is immediately usable. Full-color, simple illustrations highlight important concepts and make challenging concepts easier to understand. A companion ebook, with fully searchable text and interactive question bank, makes this a great resource for students, teachers, and practitioners.

Unlock your creativity with this part-color guide to VR projects in Unity, crafting immersive games, refining VR experiences, and leading XR development Key Features Understand the fundamentals and build a solid foundation in XR development Develop technical skills for building VR experiences in Unity, including assets, GameObjects, scripts, and components Create engaging and innovative virtual reality projects using the Unity game engine Purchase of the print or Kindle book includes a free PDF eBook Book DescriptionVirtual reality (VR) has emerged as one of the most transformative mediums of the 21st century, finding applications in various industries, including gaming, entertainment, and education. Enhancing Virtual Reality Experiences with Unity 2022 takes you into the fascinating realm of VR, where creativity meets cutting-edge technology to bring tangible real-world applications to life. This immersive exploration not only equips you with the essential skills needed to craft captivating VR environments using Unity's powerful game engine but also offers a deeper understanding of the philosophy behind creating truly immersive experiences. Throughout the book, you’ll work with practical VR scene creation, interactive design, spatial audio, and C# programming and prepare to apply these skills to real-world projects spanning art galleries, interactive playgrounds, and beyond. To ensure your VR creations reach their full potential, the book also includes valuable tips on optimization, guaranteeing maximum immersion and impact for your VR adventures. By the end of this book, you’ll have a solid understanding of VR’s versatility and how you can leverage the Unity game engine to create groundbreaking projects.What you will learn Harness the power of the Unity game engine to explore VR Understand VR and how to integrate Unity into the general workflow Build and test a variety of VR experiences for headsets, computers, and mobile devices Integrate traditional game and animation tools into VR experiences Explore worldbuilding techniques to create expansive VR environments Integrate optimization techniques to improve the performance of your VR experiences Who this book is for This book is for individuals who are familiar with the Unity game engine and want to explore virtual reality. If you’re a game developer, VR developer, or creator with Unity experience, this is your guide to learning the essential principles and techniques for VR development in Unity 2022. A basic understanding of the Unity user interface, navigation, and C# will help you make the most of the book.

Explore the world of Virtual Reality by building immersive and fun VR projects using Unity 3D About This Book Learn the basic principles of virtual reality applications and get to know how they differ from games and desktop apps Build various types of VR experiences, including diorama, first-person characters, riding on rails, 360 degree projections, and social VR A project-based guide that teaches you to use Unity to develop VR applications, which can be experienced with devices such as the Oculus Rift or Google Cardboard Who This Book Is For If you're a non-programmer unfamiliar with 3D computer graphics, or experienced in both but new to virtual reality, and are interested in building your own VR games or applications then this book is for you. Any experience in Unity is an advantage. What You Will Learn Create 3D scenes with Unity and Blender while learning about world space and scale Build and run VR applications for consumer headsets including Oculus Rift and Google Cardboard Build interactive environments with physics, gravity, animations, and lighting using the Unity engine Experiment with various user interface (UI) techniques that you can use in your VR applications Implement the first-person and third-person experiences that use only head motion gestures for input Create animated walkthroughs, use 360-degree media, and build multi-user social VR experiences Learn about the technology and psychology of VR including rendering, performance and VR motion sickness Gain introductory and advanced experience in Unity programming with the C# language In Detail What is consumer “virtual reality”? Wearing a head-mounted display you view stereoscopic 3D scenes. You can look around by moving your head, and walk around using hand controls or motion sensors. You are engaged in a fully immersive experience. On the other hand, Unity is a powerful game development engine that provides a rich set of features such as visual lighting, materials, physics, audio, special effects, and animation for creating 2D and 3D games. Unity 5 has become the leading platform for building virtual reality games, applications and experiences for this new generation of consumer VR devices. Using a practical and project-based approach, this book will educate you about the specifics of virtual reality development in Unity. You will learn how to use Unity to develop VR applications which can be experienced with devices such as the Oculus Rift or Google Cardboard. We will then learn how to engage with virtual worlds from a third person and first person character point of view. Furthermore, you will explore the technical considerations especially important and possibly unique to VR. The projects in the book will demonstrate how to build a variety of VR experiences. You will be diving into the Unity 3D game engine via the interactive Unity Editor as well as C-Sharp programming. By the end of the book, you will be equipped to develop rich, interactive virtual reality experiences using Unity. So, let's get to it! Style and approach This book takes a practical, project-based approach to teach specifics of virtual reality development in Unity. Using a reader-friendly approach, this book will not only provide detailed step-by-step instructions but also discuss the broader context and applications covered within.