Touch In Virtual Environments
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Touch In Virtual Environments
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Author : Margaret L. McLaughlin
language : en
Publisher: Prentice Hall PTR
Release Date : 2002
Touch In Virtual Environments written by Margaret L. McLaughlin and has been published by Prentice Hall PTR this book supported file pdf, txt, epub, kindle and other format this book has been release on 2002 with Computers categories.
Haptics: The state-of-the-art in building touch-based interfaces for virtual environments. -- Key research issues: model acquisition, contact detection, force feedback, compression, capture, and collaboration. -- Understanding the role of human factors in haptic interfaces. -- Applications: medical training, telesurgery, biological and scientific interfaces, military applications, sign language, museum display, and more. Haptics -- "touch-based" interface design -- is the exciting new frontier in research on virtual and immersive environments. In Touch in Virtual Environments, the field's leading researchers bring together their most advanced work and applications. They identify the key challenges facing haptic interface developers, present today's best solutions, and outline a clear research agenda for the future. This book draws upon work first presented at the breakthrough haptics conference held recently at USC's Integrated Media Systems Center. The editors and contributors begins by reviewing key haptics applications and the challenges of effective haptic rendering, presenting new insights into model acquisition, contact detection, force feedback, compression, capture, collaboration, and other key issues. Next, they focus on the complex human factors associated with successful haptic interfaces, examining questions such as: How can we make haptic displays more usable for blind and visually impaired users? What are the differences between perceiving texture with the bare skin and with a probe? In the book's final section, several of today's leading haptic applications are introduced, including telesurgery and surgical simulation; scientific visualization.
Social Touch In Human Robot Interaction
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Author : Masahiro Shiomi
language : en
Publisher: CRC Press
Release Date : 2024-03-29
Social Touch In Human Robot Interaction written by Masahiro Shiomi and has been published by CRC Press this book supported file pdf, txt, epub, kindle and other format this book has been release on 2024-03-29 with Technology & Engineering categories.
In this book for researchers and students, editors Shiomi and Sumioka bring together contributions from researchers working on the CREST project at ATR Deep Interaction Laboratories, a world leader in social robotics, to comprehensively describe robot touch systems from hardware to applications. Appropriate touch from robots to humans is essential for social robots, but achieving this requires various solutions at every stage of the touch process. Through this book, readers will gain an understanding of the needs, essential systems and communication cues, behaviour designs, and real‐world issues for social touch applications. This book compiles and updates technical and empirical research that was previously scattered throughout the literature into a single volume. Through individually authored chapters addressing various elements of ATR’s CREST project, this book tackles key areas where understanding is needed to realize acceptable touch interaction, including pre‐touch interaction, interaction design for touching and being touched, behaviour changes caused by touch interaction, and applications of social touch interaction. It introduces a touch sensor and robots developed by the authors, including several touch‐related behaviours and design policies. This approach will enable readers to easily apply this knowledge to their own social robotics programs. This book is invaluable for anyone who wishes to understand and develop social robots that physically interact with people. It is most beneficial for researchers and upper undergraduate and graduate students in the fields of human–robot/agent/computer interaction and social touch interaction and those in the broader fields of engineering, computer science, and cognitive science.
Social Touch
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Author : Jan B. F. Van Erp
language : en
Publisher: Frontiers Media SA
Release Date : 2023-08-21
Social Touch written by Jan B. F. Van Erp and has been published by Frontiers Media SA this book supported file pdf, txt, epub, kindle and other format this book has been release on 2023-08-21 with Science categories.
Virtual Reality And Virtual Environments
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Author : Andrzej Grabowski
language : en
Publisher: CRC Press
Release Date : 2020-07-29
Virtual Reality And Virtual Environments written by Andrzej Grabowski and has been published by CRC Press this book supported file pdf, txt, epub, kindle and other format this book has been release on 2020-07-29 with Technology & Engineering categories.
Virtual reality (VR) techniques are becoming increasingly popular. The use of computer modeling and visualization is no longer uncommon in the area of ergonomics and occupational health and safety. This book explains how studies conducted in a simulated virtual world are making it possible to test new solutions for designed workstations, offering a high degree of ease for introducing modifications and eliminating risk and work-related accidents. Virtual reality techniques offer a wide range of possibilities including increasing the cognitive abilities of the elderly, adapting workstations for people with disabilities and special needs, and remote control of machines using collaborative robots. Detailed discussions include: Testing protective devices, safety systems, and the numerical reconstruction of work accidents Using computer simulation in generic virtual environments On the one hand, it is a self-study book made so by well-crafted and numerous examples. On the other hand, through a detailed analysis of the virtual reality from a point of view of work safety and ergonomics and health improvement. Ewa Grabska, Jagiellonian University, Kraków, Poland Noteworthy is the broad scope and diversity of the addressed problems, ranging from training employees using VR environments with different degrees of perceived reality; training and rehabilitation of the elderly; to designing, testing, modifying, and adapting workplaces to various needs including those of disabled workers; to simulation and investigation of the cause of accidents at a workplace. Andrzej Krawiecki, Warsaw University of Technology, Warsaw, Poland
Human Factors In Virtual Environments And Game Design
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Author : Tareq Z. Ahram • Christianne S. Falcão
language : en
Publisher: AHFE International
Release Date : 2022-07-24
Human Factors In Virtual Environments And Game Design written by Tareq Z. Ahram • Christianne S. Falcão and has been published by AHFE International this book supported file pdf, txt, epub, kindle and other format this book has been release on 2022-07-24 with Technology & Engineering categories.
Human Factors in Virtual Environments and Game Design Proceedings of the 13th International Conference on Applied Human Factors and Ergonomics (AHFE 2022), July 24–28, 2022, New York, USA
Handbook Of Virtual Environments
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Author : Kelly S. Hale
language : en
Publisher: CRC Press
Release Date : 2014-09-10
Handbook Of Virtual Environments written by Kelly S. Hale and has been published by CRC Press this book supported file pdf, txt, epub, kindle and other format this book has been release on 2014-09-10 with Technology & Engineering categories.
A Complete Toolbox of Theories and Techniques The second edition of a bestseller, Handbook of Virtual Environments: Design, Implementation, and Applications presents systematic and extensive coverage of the primary areas of research and development within VE technology. It brings together a comprehensive set of contributed articles that address the principles required to define system requirements and design, build, evaluate, implement, and manage the effective use of VE applications. The contributors provide critical insights and principles associated with their given areas of expertise to provide extensive scope and detail on VE technology and its applications. What’s New in the Second Edition: Updated glossary of terms to promote common language throughout the community New chapters on olfactory perception, avatar control, motion sickness, and display design, as well as a whole host of new application areas Updated information to reflect the tremendous progress made over the last decade in applying VE technology to a growing number of domains This second edition includes nine new, as well as forty-one updated chapters that reflect the progress made in basic and applied research related to the creation, application, and evaluation of virtual environments. Contributions from leading researchers and practitioners from multidisciplinary domains provide a wealth of theoretical and practical information, resulting in a complete toolbox of theories and techniques that you can rely on to develop more captivating and effective virtual worlds. The handbook supplies a valuable resource for advancing VE applications as you take them from the laboratory to the real-world lives of people everywhere.
Virtual Reality Technologies And Real Life Applications
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Author : Dina Darwish
language : en
Publisher: Deep Science Publishing
Release Date : 2025-02-02
Virtual Reality Technologies And Real Life Applications written by Dina Darwish and has been published by Deep Science Publishing this book supported file pdf, txt, epub, kindle and other format this book has been release on 2025-02-02 with Computers categories.
Virtual Reality, sometimes known as VR, is a technology that helps you feel as though you are completely submerged in a virtual world. It provides a genuine sense of presence in the virtual realm, which is a feeling that is quite distinct from the sensation of playing a game or navigating a 3D environment on a static 2D monitor. One of the most common ways to accomplish this is by using a virtual reality headset, which brings one or two displays very close to your eyes while also tracking your position so that it may be transformed into the virtual world. Over the course of the last ten years, the technology has seen tremendous development and advancement, with the most advanced virtual reality headsets incorporating displays with an extremely high resolution, motion controls that are becoming increasingly complex, and even the capability to be used wirelessly. The goal of virtual reality technology is to manufacture a three-dimensional image or environment that is so realistic that it may be seen as real by a human being and even interact with in a manner that is realistic. Although the level of immersion we are experiencing is not comparable to that of the Matrix, the most recent generation of headsets, games, and virtual experiences can feel remarkably genuine. In spite of the fact that you are aware that you are in a virtual environment, it is still a lot of fun to interact with the world by using the natural motion of your body. Motion controls can track your hands, fingers, and even facial expressions with certain headsets. In order for virtual reality to function, a small screen, which is commonly an LCD or OLED panel with a high resolution, is brought within a few inches of your eyes. This is then coupled with stereoscopic lenses, which distort the image in such a way that it appears to be three-dimensional. When you move your head around, the headset will track your location and orientation. It will then alter the visuals within the game to reflect your motions in the real world. This will ensure that your movements in the virtual world are the same as they are in the actual world. The fact that you can see your motion-tracked hands or other appendages, in addition to the all-encompassing vision of the headset, gives you the impression that you are genuinely present in the virtual environment that you are experiencing. This is a very different concept from augmented reality (AR), which is a technology that superimposes virtual items onto the real world. Your eyes are able to track and navigate via augmented reality thanks to the strong fixed points of reference that are there. Virtual reality (VR) is a technology that simulates the entire world, making it more difficult to achieve a realistic experience. However, in the consumer market, virtual reality is often restricted to vision, hearing, and the ability to handle simple things. However, cutting-edge virtual reality projects are working with tactile sensations and even scents. The things that can be accomplished with just these senses, however, will astound you. In the realm of virtual reality in the present era, the virtual reality headset is the most essential component. The screens that show the virtual world, the lenses that make it appear three-dimensional to your eyes, and some kind of audio solution, whether it be speakers or headphones, are often included in this piece of gear. There is a comfy strap system that allows you to put the headset on your head, and some headsets come equipped with built-in cameras that allow for tracking. Facial trackers and additional ports for the integration of accessories are among the others. Some headsets, such as the Valve Index, are wired and require a direct connection to a powerful gaming personal computer in order to function. On the other hand, other headsets, such as the Meta Quest 2, are designed to function independently and come equipped with a built-in battery in addition to their own powerful processing capabilities. Although there are virtual reality headsets that were meant to interact with mobile phones in the past, these headsets are now considered obsolete and are largely underutilised. In many instances, the headset is the only piece of gear that is strictly necessary for you to enjoy virtual reality. However, the majority of virtual reality systems additionally utilise other components in order to make the experience function, or at the very least, to make it work better. Tracking parts: On some headsets, the tracking system is referred to as "inside-out" tracking. This method involves the incorporation of depth-sensing cameras within the headset itself in order to determine its position. On other headsets, however, the tracking system is external and must be put in the corners of the play space. On the other hand, some kind of accelerometer and gyroscope is incorporated into each and every headset in order to monitor the tilt and orientation of the headset. Controls: Virtual reality headsets that are very simple allow for basic exploration and interaction with nothing more than a few buttons located on the headgear itself (particularly older VR headsets that are operated by smartphones). More modern virtual reality headsets come equipped with controllers that resemble handheld wands, while the most powerful virtual reality systems feature controllers that are more subtle and can follow individual fingers. There are virtual reality (VR) settings that are capable of monitoring hands and fingers without the need for any form of hardware controller. Some of these systems even offer full-body tracking, which allows you to use your legs and feet as additional inputs. Virtual reality games and experiences require a significant amount of computing power in order to depict them in a realistic manner, even in headsets that are considered to be of lower quality. In order to achieve this goal, a virtual reality headset must either have its own processing capabilities built in or be connected to a powerful machine. In the case of the PlayStation VR and PSVR2, this can be a PlayStation console, but it can also be a desktop computer or a laptop. The specifications of each of these headsets are different, independent of the purpose for which they were designed. In a variety of ways, they can have an impact on the virtual reality headset as well as the users' overall experience: Resolution: This refers to the number of pixels that are displayed on the display(s) that are utilised in the headset. It is expressed as an equation that is composed of the horizontal pixels multiplied by the vertical pixels. Visuals that are presented to the user by headsets with a higher resolution are more clear and have fewer jagged edges. The text is easier to read, and objects that are further away can be recognised with more ease. Virtual reality headsets of the first generation, such as the Oculus Rift and the HTC Vive, have combined resolutions of 2160 x 1600 for both eyes. On the other hand, the most recent generation of VR headsets, such as the Pimax 5K Super, have a resolution of 5120 x 1440. The graphics processor is put under a greater amount of strain as the resolution of the headset is increased; nonetheless, there are headsets available with higher resolutions. Refresh rate: This refers to the number of times that the display can change what it displays in a single second, and it is expressed as a Hertz (Hz) value. A higher refresh rate can result in animations that are more fluid, but it can also enhance immersion and lessen the likelihood of experiencing motion sickness. A refresh rate of at least 90Hz is supported by the majority of virtual reality headsets; however, some headsets can handle 120Hz, and some can support up to 180Hz. Field of View: The term "field of view" refers to the extent to which the view is provided by the headset itself. While the majority of virtual reality headsets only offer up to 110 degrees of field of view, the human eyes have a natural field of view that ranges from approximately 200 to 220 degrees. It can be deduced from this that there are some black bands running along the sides, as well as the top and bottom of the view, however these bands are primarily on the borders. Although it is uncommon, some headsets are capable of supporting up to 200 degrees. Your ability to feel more immersed in a game or event can be enhanced by having a larger field of view. Lenses: There are a fantastic variety of stereoscopic lenses available to choose from. There are some of the most common Fresnel lenses, although they have been criticised for having a relatively small "sweet spot," which is the point at which the virtual reality visuals are at their sharpest. Additionally, they have been criticised for producing light bloom in situations with a high contrast. Many virtual reality headsets of the most recent generation make use of pancake lenses, which are not only more compact and lightweight but also reduce the glare that is typically associated with Fresnel lenses. In contrast, they do not transfer light to the viewer as effectively, which can result in visuals that are less vibrant or necessitate a significantly greater level of brightness from the display in order to compensate for this. Audio: Different headsets offer a variety of audio solutions, with some headsets providing on-ear headphones and others providing generic speakers that allow you to keep your ears open. The second option may make it simpler to hear what is going on around you, but it does not provide the same level of immersion. Alternatively, some headsets just come with a 3.5mm headphone socket, which allows you to connect any earbuds or headphones that are compatible with the device. Different headsets can have a significant impact on the quality of the sound they produce, with the Valve Index headphones in particular receiving praise for performance. Every headset has its own face plate, its own weight, and its own head strap design, which all contribute to the overall comfort of the device. Because of this, the levels of comfort that each headset offers are radically different. While some headsets are lightweight and well-balanced, allowing you to play for hours on end, others may cause your face to become sore before there is enough time to play. It is generally true that lighter headsets are more comfortable, although there is no assurance of this. What is the difference between wired and wireless headsets? Some headsets, such as the Valve Index, are wired, which means that they require a tethered connection to a gaming PC or console as well as a power source. Some of them, such as the Meta Quest Pro, are completely self-sufficient and function through wireless transmission. A wireless kit can be used to upgrade other devices, such as the HTC Vive Pro 2, which is still available. Wireless headphones, on the other hand, provide more mobility and a greater sense of immersion in every circumstance; but, they do have to worry about battery life, which can restrict the amount of time you can spend playing. It is also common for them to be heavier. It is true that wired headsets are more convenient and can provide higher quality, uncompressed graphics; but, the wire can serve as a reminder that you are not in a virtual environment, which prevents you from being fully immersed in the experience. What Virtual Reality (VR) Can Do to Help Transform the Gaming Industry Virtual reality (VR) technology has ushered in a new age for the gaming industry, providing gamers with a level of immersion and interactivity that has never been seen before. By utilising high-definition images, three-dimensional audio, and controls that are easy to use, virtual reality (VR) produces a gaming environment that is so immersive that it is difficult for traditional gaming platforms to compete with it. Not only does this technological advancement improve the user experience, but it also paves the way for game developers to explore new and unique routes, pushing the boundaries of storytelling, gameplay mechanics, and player engagement. In addition, the incorporation of virtual reality (VR) into gaming has had a huge impact on the market, resulting in an increase in demand for virtual reality headsets and accessories. This development is indicative of a shift in consumer expectations, including the fact that gamers are increasingly looking for gaming experiences that are more immersive and realistic. The gaming industry is undergoing a revolution as a direct consequence of this, with developers and companies making significant investments in virtual reality (VR) in order to stay ahead of the curve. Creating huge, interactive worlds and providing training simulations that impart real-world skills are just two examples of the immense potential that virtual reality (VR) has in the gaming industry. The role of virtual reality (VR) in gaming is expected to grow increasingly more significant as technology continues to advance, which will have a significant impact on the market's future. The Impact of Virtual Reality on Education and Training as a Game-Changing Technology The adoption of virtual reality technology has brought about a shift in the manner in which educational content is administered and experienced. Students have the ability to engage with content in a hands-on manner through the use of virtual reality (VR), which dramatically improves their comprehension and retention rates. VR creates a learning environment that is fully immersive. When it comes to disciplines that require a high degree of practical training, such as medical, engineering, and aviation, this novel method has shown to be extremely beneficial. In these fields, the ability to simulate complicated scenarios without the associated dangers or expenses is of great value. Furthermore, the utilisation of virtual reality (VR) in training programs across a wide range of industries has showed a statistically significant rise in the level of employee engagement and performance. Companies are able to better prepare their staff for the problems that they will face in their employment by providing them with realistic job previews and interactive skill-building exercises. Consequently, this not only results in a workforce that is more knowledgeable and self-assured, but it also greatly cuts down on the amount of time and resources that are typically necessary for training purposes. Considering the fact that virtual reality technology is both scalable and adaptable, it has become a vital instrument in the contemporary educational and training landscape. What Virtual Reality Is Doing to Transform the Healthcare Industry Virtual reality (VR) is making tremendous achievements in the healthcare industry, altering patient care, medical training, and therapy procedures. These advancements are becoming increasingly important. By imitating real-life circumstances, virtual reality technology gives medical personnel the ability to perform diagnostic procedures and surgical operations without putting actual patients in danger with their practice. When it comes to training practitioners for real-life operations, this hands-on experience is extremely useful since it ensures that they are well-equipped with the necessary abilities and their confidence is boosted. In addition, virtual reality is being utilised in the field of patient rehabilitation. This technology provides patients suffering from strokes, brain injuries, and movement challenges with environments that are both engaging and under their control. The utilisation of these applications not only enhances the standard of care but also hastens the treatment and recuperation process. In addition, virtual reality has a wide range of business applications in the healthcare industry, including the following: Improved Medical Training: Virtual reality (VR) simulations allow medical professionals and students to obtain experience in a wide variety of treatments without the need for actual patients. This eliminates the risk and expense that are involved with traditional training techniques. Better Patient Care Virtual reality (VR) applications in therapy and rehabilitation are delivering unique solutions for pain management, mental health, and physical recovery. These applications provide patients a treatment choice that is more engaging and less invasive. Remote Consultations: By utilising virtual reality technology, healthcare providers are able to give remote consultations that are more accessible and efficient. This eliminates the obstacle of geographical distance, hence making healthcare more accessible to people that are underserved and living in rural areas. These developments are not only improving the efficacy and efficiency of healthcare services, but they are also opening up new doors for the expansion of businesses and the development of innovative ideas within the sector. Improving the Shopping Experience for Customers Through Virtual Reality in Retail Virtual reality (VR) technology is being rapidly utilised by retailers in order to provide immersive shopping experiences. The goal of this technology is to bridge the gap between internet shopping and traditional buying with physical stores. Not only are businesses increasing customer engagement through the use of virtual try-ons, 3D product visualisations, and interactive shop environments, but they are also drastically lowering the percentage of customers who return previously purchased items. For example, IKEA's virtual reality kitchen experience enables clients to digitally rearrange their kitchen space in order to visualise how things will fit and look before making a purchase. Taking this forward-thinking strategy not only improves the overall experience of the customer but also increases sales and strengthens customer loyalty. According to recent studies, a comparison between regular online shopping and virtual reality (VR) augmented shopping experiences reveals a significant improvement in customer satisfaction and conversion rates. Virtual reality (VR) users demonstrate a thirty percent increase in conversion rate and a twenty-five percent reduction in product returns. What Virtual Reality Means for Real Estate and Architecture's Future The technology known as virtual reality (VR) is causing a change in the way that the real estate and architecture industries function. It provides a revolutionary method of visualising and experiencing spaces before they are ever constructed. Virtual reality (VR) helps potential buyers and investors make more informed decisions, which in turn streamlines the sales process. VR technology enables potential buyers and investors to take virtual tours of properties. Not only does this technology improve customer interaction, but it also dramatically cuts down on the amount of time and money that is connected with traditional property displaying. The capability of virtual reality (VR) to present a realistic depiction of architectural plans before to the beginning of construction is extremely significant. This enables adjustments and enhancements to be made in an expedient manner, that in turn reduces the danger of costly alterations occurring during the actual building phase. Additionally, the implementation of virtual reality (VR) in the fields of architecture and real estate has resulted in a design process that is more collaborative and participatory. Architects are now able to collaborate closely with their clients to make adjustments to designs in real time, which guarantees that the final product will be in perfect accordance with the client's specifications and vision. Because of this level of involvement, clients are able to virtually walk through their future houses or structures, experiencing the space from every angle. This helps clients develop a greater knowledge and appreciation of architectural principles. The result is quite clear; virtual reality technology is not merely a tool for visualisation; rather, it is a game-changer for client engagement, design correctness, and project efficiency in the real estate and architecture industries. In the past few years, the field of virtual reality (VR) has experienced a boom that has never been witnessed before, and it is anticipated that the global market will reach extraordinary heights in the not too distant future. This revolutionary technology, which was once a figment of science fiction, has now become a practical reality, and it is not just reshaping the way in which we play video games or consume media; it is also revolutionising a variety of different businesses. Virtual reality (VR) appears to have an infinite amount of possible applications, ranging from boosting the learning experience in educational sectors to improving patient care in healthcare. It is becoming increasingly clear that virtual reality technology is not only transforming our current reality but also setting the way for future improvements. This is becoming apparent as we look deeper into the history of virtual reality technology and its fundamental components. The influence of virtual reality extends far beyond the realm of simple entertainment; it is a driving force behind transformation in a variety of commercial sectors alike. Virtual reality (VR) has the potential to revolutionise traditional processes in a variety of industries, including real estate, where virtual tours can add a new dimension to the process of viewing properties, and retail, where it can be used to create personalised shopping experiences. As an additional point of interest, virtual reality's application in training and education demonstrates its capacity to improve learning outcomes through the use of realistic simulations. It is becoming increasingly apparent that the potential of virtual reality is only just beginning to be unlocked as we continue to investigate the transformational role that virtual reality plays in industries such as healthcare, where it is utilised for surgical training and patient rehabilitation. We need to explore the current landscape of virtual reality and its significant implications for the future of business and beyond. The VR technology is being utilised to promote growth and efficiency across a variety of businesses and industries. Virtual reality (VR) stands out as a technology that has the potential to revolutionise organisations as they continue to investigate novel approaches to enhancing customer engagement and streamlining administrative processes. There is a tremendous amount of potential for it to revolutionise a variety of different industries, with applications ranging from increased consumer experiences to immersive training environments. Key trends in virtual reality for business include the following: Enhanced Training Simulations: Virtual reality's capacity to mimic complicated scenarios is expected to be of great service to a variety of industries, including the healthcare industry, the aviation industry, and the manufacturing industry. By doing so, not only are dangers mitigated, but also the outcomes of learning are enhanced. Virtual Meetings and Conferences: As the need for remote work becomes more prevalent, virtual reality (VR) provides a platform that is more dynamic and engaging for virtual meetings. This platform helps to reduce travel expenses and time while simultaneously promoting a sense of presence. Enhanced Customer Engagement: Virtual reality (VR) is being utilised in the retail and real estate industries to provide customers with a more comprehensive understanding and experience of the product or space. This is accomplished through the provision of virtual tours and try-before-you-buy experiences. In addition, the combination of artificial intelligence and machine learning with virtual reality is expected to make it possible to create even more personalised and adaptable experiences by customising virtual surroundings to the tastes and actions of each individual. Not only will this synergy improve user engagement, but it will also give businesses with highly important information into how customers interact with their products and services. As the virtual reality (VR) technology continues to advance, it is anticipated that its adoption will increase across a variety of industries. This will result in the acceleration of innovation and the creation of new prospects for growth and competitive advantage. This book represents a good start for people who want to know more information about Virtual Reality. This book is focusing on several topics, beginning from Virtual Reality important concepts, essential foundations, technologies and real life applications, Recent Advances in Virtual Reality Applications, Challenges, and Future Directions and Future Trends in Virtual Reality.
Virtual Reality Technology
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Author : Grigore C. Burdea
language : en
Publisher: John Wiley & Sons
Release Date : 2017-11-01
Virtual Reality Technology written by Grigore C. Burdea and has been published by John Wiley & Sons this book supported file pdf, txt, epub, kindle and other format this book has been release on 2017-11-01 with Computers categories.
A groundbreaking Virtual Reality textbook is now even better Virtual reality is a very powerful and compelling computer application by which humans can interface and interact with computer-generated environments in a way that mimics real life and engages all the senses. Although its most widely known application is in the entertainment industry, the real promise of virtual reality lies in such fields as medicine, engineering, oil exploration and the military, to name just a few. Through virtual reality scientists can triple the rate of oil discovery, pilots can dogfight numerically-superior "bandits," and surgeons can improve their skills on virtual (rather than real) patients. This Second Edition of the first comprehensive technical book on the subject of virtual reality provides updated and expanded coverage of the technology--where it originated, how it has evolved, and where it is going. The authors cover all of the latest innovations and applications that are making virtual reality more important than ever before, including: * Coverage on input and output interfaces including touch and force feedback * Computing architecture (with emphasis on the rendering pipeline and task distribution) * Object modeling (including physical and behavioral aspects) * Programming for virtual reality * An in-depth look at human factors issues, user performance, and * sensorial conflict aspects of VR * Traditional and emerging VR applications The new edition of Virtual Reality Technology is specifically designed for use as a textbook. Thus it includes definitions, review questions, and a Laboratory Manual with homework and programming assignments. The accompanying CD-ROM also contains video clips that reinforce the topics covered in the textbook. The Second Edition will serve as a state-of-the-art resource for both graduate and undergraduate students in engineering, computer science, and other disciplines. GRIGORE C. BURDEA is a professor at Rutgers-the State University of New Jersey, and author of the book Force and Touch Feedback for Virtual Reality, also published by Wiley. PHILIPPE COIFFET is a Director of Research at CNRS (French National Scientific Research Center) and Member of the National Academy of Technologies of France. He authored 20 books on Robotics and VR translated into several languages.
Augmented Reality Virtual Reality And Computer Graphics
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Author : Lucio Tommaso De Paolis
language : en
Publisher: Springer
Release Date : 2019-07-27
Augmented Reality Virtual Reality And Computer Graphics written by Lucio Tommaso De Paolis and has been published by Springer this book supported file pdf, txt, epub, kindle and other format this book has been release on 2019-07-27 with Computers categories.
The 2-volume set LNCS 11613 and 11614 constitutes the refereed proceedings of the 6th International Conference on Augmented Reality, Virtual Reality, and Computer Graphics, AVR 2019, held in Santa Maria al Bagno, Italy, in June 2019. The 32 full papers and 35 short papers presented were carefully reviewed and selected from numerous submissions. The papers discuss key issues, approaches, ideas, open problems, innovative applications and trends in virtual and augmented reality, 3D visualization and computer graphics in the areas of medicine, cultural heritage, arts, education, entertainment, military and industrial applications. They are organized in the following topical sections: virtual reality; medicine; augmented reality; cultural heritage; education; and industry.
Virtual Reality And Environments
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Author : Cecília Sik Lányi
language : en
Publisher: BoD – Books on Demand
Release Date : 2012-04-27
Virtual Reality And Environments written by Cecília Sik Lányi and has been published by BoD – Books on Demand this book supported file pdf, txt, epub, kindle and other format this book has been release on 2012-04-27 with Computers categories.
Virtual Reality is clearly interdisciplinary research. It has, not only Information Technology importance but social, educational, economical importance too. It combines multiple disciplines for the development of virtual reality systems in which the user has the immersive feeling of being in the real world. Virtual reality has several applications in almost all fields of real life. The most typical fields for the application of virtual reality are health-care, engineering and game industry. This book may be a solid basis for the novice and advanced engineers who would like to develop user friendly Virtual Environments for education, rehabilitation and other applications of Virtual Reality. Our book provides a resource for wide variety of people including academicians, designers, developers, educators, engineers, practitioners, researchers, and graduate students.