3D internet
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The document discusses the concept of a 3D Internet, which would allow for more interactive and immersive online experiences compared to traditional 2D web browsing. Some of the key proposed features include reduced mouse movements, increased speed, and the ability to view and interact with 3D content and virtual environments. Advantages include preventing piracy of 3D films and giving users more control in virtual spaces. Examples of potential 3D Internet applications include e-commerce, education, and virtual shopping malls. The technology is still developing but may become more widely used in the next 10 years.
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3d internet ppt
This document discusses the 3D Internet and its potential uses and advantages. The 3D Internet combines 3D graphics with the Internet to allow for interactive and immersive virtual experiences. It can be used for education through virtual experiments and simulations, e-commerce through virtual product visualization and stores, and social networking. Advantages include content accessibility and user control. The document also outlines some technologies being developed to further the 3D Internet, such as virtual reality glasses and holograms, and speculates on it becoming a mainstream technology in the future to enhance how information is accessed and shared online.
3D Internet
The document discusses the emerging concept of a 3D internet. It begins with an introduction to 3D internet as a combination of the internet and 3D graphics that allows for interactive, real-time 3D content delivery over the web. It then covers reasons for the rise of 3D internet such as increased bandwidth and computing power. Examples are given of potential 3D internet applications in areas like e-commerce, education, entertainment, and collaborative design. Technical challenges around speed and hardware are also addressed. The document concludes by envisioning how the 3D internet could revolutionize how information is accessed and controlled online in the future.
3D INTERNET
The document discusses the concept of 3D Internet, which combines 3D graphics with the Internet to create an interactive virtual environment. It has evolved from static Web 1.0 pages to user-generated Web 2.0 content and will integrate diverse data sources in Web 3.0. The architecture allows delivering 3D graphics over the Internet using VRML technology. Potential applications include online shopping malls, education, games, social networking, and more. However, complexity, slow adoption, and bandwidth limitations created obstacles, though 3D Internet offers new ways to organize and present information.
3D internet
This document provides an overview of 3D internet, which combines 3D graphics with the internet to provide interactive, real-time 3D graphics delivered over the web. It discusses how 3D internet works by using virtual platforms like Second Life and augmented reality devices. Some potential applications of 3D internet include e-commerce with virtual stores and product demos, gaming, education with 3D data visualization and virtual field trips, and entertainment like streaming 3D animation. Challenges to implementing 3D internet include the need for high bandwidth and specialized hardware, but solutions involve using technologies like 3G internet and augmented reality devices like Google Glass.
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The document discusses the concept of a 3D Internet and its implementation. It describes how the Internet is evolving from a 2D interface to an immersive 3D virtual environment. A 3D Internet would provide an interactive virtual space for services, interaction and communication, going beyond the current abstract organization of websites and hyperlinks. The document outlines some of the technical challenges in fully realizing a 3D Internet, such as advances needed in areas like networking, machine learning and distributed computing. It proposes an architecture for a 3D Internet and discusses how concepts from intelligent environments, services and agents could be applied to its implementation.
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This document discusses 3D Internet (also known as virtual worlds), which is described as the next generation of the current 2D web. It will consist of interconnected virtual services presented as 3D virtual worlds. Users will be able to see and interact with other users in an immersive 3D environment. The document outlines how 3D Internet works and some of its potential applications in areas like education, entertainment, and commerce. It also discusses some of the key technologies and components needed to enable 3D Internet, as well as challenges associated with its implementation.
Seminar on 3 d internet
The document discusses the evolution of the internet from Web 1.0 to Web 3.0 and introduces 3D internet as the next phase. 3D internet, also known as a virtual world, will converge the physical and virtual worlds by allowing users to interact with 3D environments and objects. It will use technologies like virtual platforms, artificial intelligence, 3D eyewear and sensors to provide a realistic 3D experience. However, for 3D internet to succeed commercially, issues like lack of hardware and inconsistent internet speeds will need to be addressed. Potential applications of 3D internet include virtual classrooms, religious experiences, embassies and live sporting events.
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The document discusses the concept of 3D Internet, also known as virtual worlds, which provide a mirror of real life in 3D graphics. It would allow for nearly anything in the real world to be reproduced virtually with spatial relationships between objects. This would make interactions and representations like shopping or interior designs more effective compared to traditional 2D websites. The 3D Internet could work by using virtual platforms, artificial intelligence, 3D eyewear, sensors, and proposed technologies like Web 3.0, VRML, and networks with high bandwidth. While it enables benefits like natural organization and interactive experiences, challenges include requiring high bandwidth and fully transitioning from 2D currently.
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3d internet ppt
This document discusses the 3D Internet and its potential uses and advantages. The 3D Internet combines 3D graphics with the Internet to allow for interactive and immersive virtual experiences. It can be used for education through virtual experiments and simulations, e-commerce through virtual product visualization and stores, and social networking. Advantages include content accessibility and user control. The document also outlines some technologies being developed to further the 3D Internet, such as virtual reality glasses and holograms, and speculates on it becoming a mainstream technology in the future to enhance how information is accessed and shared online.
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The document discusses the concept of 3D Internet, which combines 3D graphics with the Internet to create an interactive virtual environment. It has evolved from static Web 1.0 pages to user-generated Web 2.0 content and will integrate diverse data sources in Web 3.0. The architecture allows delivering 3D graphics over the Internet using VRML technology. Potential applications include online shopping malls, education, games, social networking, and more. However, complexity, slow adoption, and bandwidth limitations created obstacles, though 3D Internet offers new ways to organize and present information.
3D internet
This document provides an overview of 3D internet, which combines 3D graphics with the internet to provide interactive, real-time 3D graphics delivered over the web. It discusses how 3D internet works by using virtual platforms like Second Life and augmented reality devices. Some potential applications of 3D internet include e-commerce with virtual stores and product demos, gaming, education with 3D data visualization and virtual field trips, and entertainment like streaming 3D animation. Challenges to implementing 3D internet include the need for high bandwidth and specialized hardware, but solutions involve using technologies like 3G internet and augmented reality devices like Google Glass.
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The document discusses the concept of a 3D Internet and its implementation. It describes how the Internet is evolving from a 2D interface to an immersive 3D virtual environment. A 3D Internet would provide an interactive virtual space for services, interaction and communication, going beyond the current abstract organization of websites and hyperlinks. The document outlines some of the technical challenges in fully realizing a 3D Internet, such as advances needed in areas like networking, machine learning and distributed computing. It proposes an architecture for a 3D Internet and discusses how concepts from intelligent environments, services and agents could be applied to its implementation.
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The document discusses the concept of 3D Internet, also known as virtual worlds, which provide a mirror of real life in 3D graphics. It would allow for nearly anything in the real world to be reproduced virtually with spatial relationships between objects. This would make interactions and representations like shopping or interior designs more effective compared to traditional 2D websites. The 3D Internet could work by using virtual platforms, artificial intelligence, 3D eyewear, sensors, and proposed technologies like Web 3.0, VRML, and networks with high bandwidth. While it enables benefits like natural organization and interactive experiences, challenges include requiring high bandwidth and fully transitioning from 2D currently.
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The document discusses the evolution of the internet from 2D to 3D. It describes how the internet has transformed from a document bank to a virtual environment facilitating services, interaction and communication. It then discusses how 3D internet can provide a more intuitive way of organizing data compared to traditional 2D websites. The document also outlines some of the technical implications of implementing 3D internet such as speed and hardware requirements. It provides examples of potential 3D applications such as 3D shopping and seminars.
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The document discusses the 3D Internet and its potential applications and architecture. The 3D Internet could be used for education by allowing virtual classrooms and libraries. Religious organizations could create virtual meeting spaces. Embassies could host virtual diplomats to discuss issues. Live entertainment and sports could be experienced immersively. Artists could display works globally. Challenges include the cost of producing 3D content and inconsistent interaction across platforms, though the technology may become more affordable and capable over time.
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The document discusses the concept of 3D Internet, which combines the power of the Internet with 3D graphics to provide interactive, real-time 3D content over the web. It outlines how improvements in bandwidth, processor speeds, and graphics accelerators have now made 3D Internet possible. Examples are given of potential applications in e-commerce, education, entertainment, and more. Challenges that must still be overcome include complexity, slow adoption rates, and underutilization by advertisers. The future of 3D Internet is predicted to include highly immersive experiences that integrate the virtual and real world.
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This document is a seminar report on 3D Internet. It begins with an acknowledgment and abstract, then outlines the objectives and provides an introduction to 3D Internet. It describes how 3D Internet works by combining the Internet with 3D graphics. It discusses applications of 3D Internet such as e-commerce, education, and entertainment. It also covers the technology and components, merits and demerits, features, and technical implications of 3D Internet.
3D internet
The document discusses the concept of 3D internet. 3D internet would allow for a more interactive experience compared to traditional 2D websites by utilizing 3D graphics and virtual environments. It would reduce navigation difficulties and provide more intuitive representations of content like online shopping. The 3D internet is made possible through technologies like VRML and relies on high bandwidth networks. It has applications in e-commerce, education, gaming and more by creating a richer user experience compared to standard 2D webpages.
3D Internet
3D Internet is a powerful new way for you to reach consumers, business customers, co-workers, partners and students. Also known as virtual worlds, it combines the immediacy of television, the versatile content of the web, and the relationship building strengths of social networking sites like FACEBOOK, yet unlike the passive experience of television, the 3D internet is inherently interactive and engaging. Virtual words provide immersive 3D experiences that replicate real life.
People who take part in virtual worlds stay online longer with a heightened level of interest. To take advantage of that interest, diverse business and organizations have claimed an early stake in this fast-growing market. They include technology leaders such as IBM, Microsoft and cisco, companies such as BMW, Toyota, Circuit City, Coco Cola, and Calvin Klein, and scores of universities, including Harvard, Stanford and Penn State.
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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.
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3d Internet - A Brief Overview 08
The document discusses the evolution of the internet towards a 3D format. It notes that early web was about access and finding information, while the modern web enables experience, participation, and collaboration. The 3D internet will bring these interactions and experiences into virtual environments and worlds, closing the gap between static and real-time information. Leadership in 3D internet should focus on operations, support, planning, marketing to leverage its capabilities, protect systems and value, and expand value through interoperability and integration.
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This document discusses the 3D internet and virtual worlds. It begins with an introduction and overview of the 3D internet. It then discusses why the 3D internet is needed by explaining how cyberspace is a virtual environment for interaction. It describes how the 3D internet works using platforms like Second Life that allow users to interact through avatars. Technical issues and applications are discussed along with programming languages used to develop for the 3D internet like VRML and WebGL. The document concludes that the 3D internet provides an interactive and engaging experience for connecting with others.
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This document discusses 3D internet and its advantages and applications. 3D internet combines 3D graphics with the internet, allowing for interactive and real-time 3D graphics delivered over the web. It provides benefits like interesting 3D shopping experiences and easier social interactions. Examples of 3D internet applications include 3D virtual shops for e-commerce, virtual experiments for science education, and multiplayer 3D games for entertainment. The document also notes some disadvantages like the need for high internet speeds and challenges viewing 3D on 2D displays.
3 D INTERNET
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3D Internet
This document discusses the 3D internet, which combines 3D graphics with the internet to allow for interactive, real-time 3D graphics delivered over the web. It has become possible now due to increased bandwidth and processor speeds. The 3D internet will evolve from basic graphical UIs to fully immersive virtual experiences. It enables applications in e-commerce, education, entertainment, collaboration and data visualization. Examples include virtual shopping malls and Google Cardboard. However, the 3D internet faces obstacles such as complexity, slow acceptance rates, and limited bandwidth. In the future, the 3D internet may make controlling and accessing information much easier.
3dinternet @bharathkumar
3D Internet allows users to have immersive 3D experiences online that replicate real life interactions. It is a new way for companies and organizations to reach consumers, partners, and students. Some potential uses of 3D Internet include education, embassies, live sports, arts, and religion by enabling richer interactions than traditional 2D websites.
ict presentation.pptx
This document discusses 3D internet, which combines the internet with 3D graphics to create interactive virtual worlds. It will allow for more engaging e-commerce, education, and entertainment applications. 3D internet works by delivering real-time 3D graphics over the web using interconnected virtual world services. It aims to improve on 2D web by offering more control and interactivity for users. Examples mentioned include using virtual reality goggles for immersive experiences and interactive 3D shopping malls.
3d internet
The document discusses the concept of 3D Internet. 3D Internet would allow for a more immersive and interactive web experience where pages are simulated as true-to-life 3D graphics. It could be implemented using virtual reality platforms and technologies like VRML and Google Glass. 3D Internet would make online shopping, education, and social interactions more enjoyable experiences. However, challenges remain regarding hardware, internet speeds, and displaying 3D content on 2D screens. The document envisions 3D Internet as the future of the internet that could fundamentally change how people experience and use the web.
3d internet
The document discusses the concept of 3D internet, which would provide a more interactive and realistic online experience through 3D graphics, simulations, and virtual environments. Some benefits mentioned include more effective product visualization for e-commerce, easier social interactions, and more engaging gaming and education experiences. However, the 3D internet also faces challenges such as requiring high bandwidth that is not available in most countries currently and limitations in the hardware needed to support 3D experiences. The document advocates continued research to help realize the potential of 3D internet to create a more versatile and usable version of the internet.
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The document discusses the concept of 3D Internet, which combines the power of the Internet with 3D graphics to provide interactive, real-time 3D content over the web. It outlines how improvements in bandwidth, processor speeds, and graphics accelerators have now made 3D Internet possible. Examples are given of potential applications in e-commerce, education, entertainment, and more. Challenges that must still be overcome include complexity, slow adoption rates, and underutilization by advertisers. The future of 3D Internet is predicted to include highly immersive experiences that integrate the virtual and real world.
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This document is a seminar report on 3D Internet. It begins with an acknowledgment and abstract, then outlines the objectives and provides an introduction to 3D Internet. It describes how 3D Internet works by combining the Internet with 3D graphics. It discusses applications of 3D Internet such as e-commerce, education, and entertainment. It also covers the technology and components, merits and demerits, features, and technical implications of 3D Internet.
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The document discusses the concept of 3D internet. 3D internet would allow for a more interactive experience compared to traditional 2D websites by utilizing 3D graphics and virtual environments. It would reduce navigation difficulties and provide more intuitive representations of content like online shopping. The 3D internet is made possible through technologies like VRML and relies on high bandwidth networks. It has applications in e-commerce, education, gaming and more by creating a richer user experience compared to standard 2D webpages.
3D Internet
3D Internet is a powerful new way for you to reach consumers, business customers, co-workers, partners and students. Also known as virtual worlds, it combines the immediacy of television, the versatile content of the web, and the relationship building strengths of social networking sites like FACEBOOK, yet unlike the passive experience of television, the 3D internet is inherently interactive and engaging. Virtual words provide immersive 3D experiences that replicate real life.
People who take part in virtual worlds stay online longer with a heightened level of interest. To take advantage of that interest, diverse business and organizations have claimed an early stake in this fast-growing market. They include technology leaders such as IBM, Microsoft and cisco, companies such as BMW, Toyota, Circuit City, Coco Cola, and Calvin Klein, and scores of universities, including Harvard, Stanford and Penn State.
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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.
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The document discusses the evolution of the internet towards a 3D format. It notes that early web was about access and finding information, while the modern web enables experience, participation, and collaboration. The 3D internet will bring these interactions and experiences into virtual environments and worlds, closing the gap between static and real-time information. Leadership in 3D internet should focus on operations, support, planning, marketing to leverage its capabilities, protect systems and value, and expand value through interoperability and integration.
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This presentation provides an overview of 3D internet, including its objectives, architecture, components, evolution, applications and advantages. 3D internet combines the internet with 3D graphics to create interactive virtual 3D environments delivered over the web. It moves beyond the abstract 2D nature of traditional websites by representing information visually through 3D graphics rather than just text and images. The architecture of 3D internet includes world servers to provide 3D content, avatar servers to manage user identities and locations, and client programs to access 3D environments. Examples of potential applications include interactive gaming, virtual shopping, and streaming 3D animation for entertainment.
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This document discusses 3D internet and its advantages and applications. 3D internet combines 3D graphics with the internet, allowing for interactive and real-time 3D graphics delivered over the web. It provides benefits like interesting 3D shopping experiences and easier social interactions. Examples of 3D internet applications include 3D virtual shops for e-commerce, virtual experiments for science education, and multiplayer 3D games for entertainment. The document also notes some disadvantages like the need for high internet speeds and challenges viewing 3D on 2D displays.
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This document discusses how web 3.0 is transforming society. Web 3.0 involves all devices being geolocated and connected through the internet of things, enabling augmented and virtual reality. It allows machines to understand human language through semantic search. This is changing how people consume information and services. Consumers now have more power due to being connected, sophisticated in their choices, and experience collectors who share their experiences. They are also concerned about issues like privacy, advertising, and the environment. Businesses must adapt their offerings to empower consumers in their customer journey and measure all aspects of their experiences.
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This document discusses the 3D internet, which combines 3D graphics with the internet to allow for interactive, real-time 3D graphics delivered over the web. It has become possible now due to increased bandwidth and processor speeds. The 3D internet will evolve from basic graphical UIs to fully immersive virtual experiences. It enables applications in e-commerce, education, entertainment, collaboration and data visualization. Examples include virtual shopping malls and Google Cardboard. However, the 3D internet faces obstacles such as complexity, slow acceptance rates, and limited bandwidth. In the future, the 3D internet may make controlling and accessing information much easier.
3dinternet @bharathkumar
3D Internet allows users to have immersive 3D experiences online that replicate real life interactions. It is a new way for companies and organizations to reach consumers, partners, and students. Some potential uses of 3D Internet include education, embassies, live sports, arts, and religion by enabling richer interactions than traditional 2D websites.
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This document presents an overview of 3D internet, which combines 3D graphics with the internet. It discusses what 3D internet is, the reasons for its development like more interesting shopping and social interactions. The document then covers how 3D internet has evolved from earlier versions of the web, how it works using virtual platforms and sensors. Some advantages are its interactivity and content availability. Applications discussed include e-commerce, training, games and entertainment. Challenges to adoption include complexity, bandwidth limitations and lack of adoption by advertisers. The future potential of 3D internet is described as making web interactions easier and more effective within 10 years.
3D internet
This document discusses the 3D internet. It combines the power of the internet with 3D graphics to provide interactive and real-time 3D graphics over the web. It works using technologies like augmented reality glasses, sensors, and holograms. Potential applications include education, religion, gaming, e-commerce, and more immersive experiences that replicate the real world. The advantages are more interactivity and reduced hardware needs, while disadvantages include increased risks of hacking, fraud, and online scams. The conclusion is that 3D internet could serve as a metaverse and change how we use the internet.
"Virtual Realms: Exploring 3D Internet"
Title: Leveraging the Potential of 3D Internet: A Strategic Imperative for Businesses and Organizations
Abstract:
The advent of 3D Internet, also known as virtual worlds, marks a transformative epoch in digital connectivity, offering unparalleled avenues for engaging consumers, businesses, educators, and collaborators. This burgeoning platform not only captivates participants but also extends their online presence, fostering a deeper level of engagement. Recognizing the vast potential inherent in this burgeoning market, diverse entities ranging from technological giants like IBM, Microsoft, and Cisco to renowned brands such as BMW, Toyota, Circuit City, and Coca-Cola have proactively established their foothold. This abstract explores the strategic imperative for businesses and organizations to embrace the opportunities afforded by 3D Internet, positioning themselves at the forefront of this dynamic landscape.
3d Internet(mmk)
This document is a technical seminar submission on 3D Internet in Web 3.0 presented to JNTU Hyderabad for a Bachelor of Technology degree. It introduces the concepts of Web 1.0, 2.0 and 3.0, with Web 3.0 proposed to integrate data across applications and connect various devices. 3D Internet, also known as virtual worlds, is described as an interactive and engaging experience that can be used for meetings, training, education and more. Examples like Second Life are provided. Technical implications around speed and hardware are discussed, as well as potential solutions and applications of 3D Internet in fields like education, religion and entertainment.
3 d internet
The document discusses the 3D Internet and provides details about its key aspects. It begins with an abstract that introduces the 3D Internet as a powerful new way to interact with consumers, customers, coworkers, and students through immersive 3D experiences. It then provides an outline of the document's contents before delving into further details. The main applications discussed include using the 3D Internet for education through virtual classrooms, commerce through virtual stores that allow trying products before buying, and social networking through interactive virtual environments. Overall, the document provides an in-depth technical overview of the 3D Internet, its potential uses, and some of the challenges to its commercial success.
3D Internet
The document discusses the evolution of the 3D internet. It describes how the 3D internet combines the internet with 3D graphics to provide an interactive virtual world experience. Some benefits of the 3D internet include more engaging e-commerce, education and gaming applications. Challenges include the need for higher bandwidth and more advanced hardware. The 3D internet remains an area of ongoing research and development.
3D Internet
The document discusses the evolution of 3D internet. It describes 3D internet as a combination of the internet and 3D graphics that provides an interactive virtual world experience. Some benefits mentioned include more engaging e-commerce, education, and gaming applications. Technical challenges include the need for higher bandwidth and specialized hardware. The document outlines potential applications and advantages of 3D internet while also noting obstacles to commercial success like the transition from 2D to 3D and inconsistent internet speeds.
Abhi ppt
The document discusses the concept of 3D Internet, which combines 3D graphics with the Internet to provide interactive and immersive experiences. It describes 3D Internet as a powerful new way to organize and share information. The architecture involves world servers that provide 3D environments, avatar servers to manage user identities and profiles, and location servers for virtual locations. Potential applications include e-commerce, education, entertainment, and collaborative design. While challenges remain, 3D Internet represents an opportunity to evolve the Internet into a more versatile and interactive medium by combining the immediacy of TV, versatile content of the web, and relationship building of social networks.
3D Internet
The document discusses the concept of 3D Internet, which combines 3D graphics with the Internet to provide interactive and immersive experiences. It describes 3D Internet as a powerful new way to organize and share information. The architecture involves world servers that provide 3D environments, avatar servers to manage user identities and profiles, and location servers for virtual locations. Potential applications include e-commerce, education, entertainment, and collaborative design. While challenges remain, 3D Internet represents an opportunity to evolve the Internet into a more versatile and interactive medium.
3D Internet
The document discusses the concept of 3D Internet, which combines 3D graphics with the Internet to provide interactive and immersive experiences. It describes 3D Internet as a powerful new way to organize and share information. The architecture involves world servers that provide 3D environments, avatar servers to manage user identities and profiles, and location servers for virtual locations. Potential applications include e-commerce, education, entertainment, and collaborative design. While 3D Internet provides more control and engaging content for users, challenges remain in developing consistent and easy-to-use interfaces.
Jammanna
This document discusses the concept of a 3D Internet and outlines its potential benefits and challenges. It argues that a 3D Internet could provide a more intuitive interface for organizing and navigating online information by leveraging spatial relationships, similar to how humans interact in the physical world. However, realizing a 3D Internet would require overcoming significant technical challenges in areas like networking, distributed computing, security, and machine learning. The document outlines a potential architecture for a 3D Internet and explores open research questions around topics such as caching in a 3D environment, minimizing latency, and establishing trust.
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3D internet
- 1. 3D INTERNET D.RENU R.SUBHA BHARATHI R.SRINITHI Dept of Information Tech St. Joseph’s College of Engg.
- 2. CONTENTS What is 3D INTERNET ? Why now? What is changed? Proposed 3D technology How does it work ? 3D mouse Advantages of 3D Internet Applications of 3D Internet Example of 3D Internet Future of 3D Internet Conclusion Reference
- 3. WHAT IS 3D INTERNET ?
- 4. WHY NOW ? Until recently there were two problems, Slow computers, Slow connections. Downloading takes a long time and hence downloaded , it runs very slowly. Quality of graphics are poor.
- 5. PROPOSED 3D TECHNOLOGY More interactive. Reduced mouse movements. Increased speed of working.
- 6. HOW DOES IT WORK ?
- 7. 3D MOUSE
- 8. ADVANTAGES OF 3D INTERNET 3D films cannot be pirated Participants have control throughout the virtual space. Content is readily available.
- 9. APPLICATIONS E-commerce •Product visualization •3D virtual shops •Interact in virtual workspaces
- 10. CONTD…. Education •Web-based training using interactive 3D •Virtual experiments for physical sciences (Teach, learn, practice in a way that feels real)
- 11. USAGE OF 3D INTERNET Google Goggles: Anyone putting "the Goggles“ will be immersed in a 3D "stereo-vision" virtual reality called 3dLife.
- 12. EXAMPLE OF 3D INTERNET 3D SHOPPING 3D SHOPPING is the most effective way to shop online. 3DInternet dedicated years of research and development and has developed the worlds' first fully functional, interactive and collaborative shopping mall.
- 13. FUTURE OF 3D INTERNET Using the web and controlling information will be very easy and effective by using a 3D INTERNET. Right now it may seem like FANTASY but after ten years it might be a serious invention.
- 14. CONCLUSION One venue that has ability to attract the highly motivated audience is 3D INTERNET . Immediacy of TV + Versatile content of web + Relationships between strengths of social networking sites = INTERACTIVE 3D INTERNET
- 15. REFERENCES : http://world.std.com/~walthowe http://www.google.com www.authorstream.com www.web3d.org www.seminarsonly.com