Kinect
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Kinect is a motion sensing input device by Microsoft that was first discussed in 2007 and launched for the Xbox 360 in 2010. Using motion capture technology and infrared depth sensing cameras, Kinect allows for gesture control and motion gaming without any physical controllers. It has since been adapted for use in a variety of applications including physical therapy, vascular surgery, and vehicles.
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Kinect
Kinect is a motion sensing input device created by Microsoft for the Xbox 360 video game console and Windows PCs. It enables users to control and interact with games and applications without the need for a game controller through full-body gestures and spoken commands. Kinect uses cameras and microphones to track body and voice movement. It was designed to broaden the Xbox 360's audience beyond typical gamers and has since been adapted for a variety of uses beyond gaming, including healthcare applications. Kinect sensors require no controllers and respond to full-body movement, voice commands, and facial recognition.
Xbox 360 Kinect
Kinect Motion Sensing Technology basically designed for XBOX but looking to the feature and application ..This can be the Invention of the Decade
The power of Kinect in 10 minutes
This document provides an overview of the Kinect sensor and getting started with Kinect development. It introduces the author and his background with Kinect. It describes the components of the Kinect sensor, including the color sensor, IR emitter, depth sensor, microphone array, and tilt motor. It explains the sensor outputs like depth, skeleton tracking, speech recognition, and face tracking. It compares the Kinect for Windows and Kinect for Xbox 360. It recommends libraries and resources for getting started, including the official Kinect SDK, tutorials, guidelines, and community sites. It encourages learning the Kinect API fundamentals and staying up-to-date on SDK updates.
Kinect
The presentation provides an overview of the Kinect system, including its history, technology, and capabilities. It describes how Kinect uses structured light and machine learning to map depth and infer body position without any handheld controllers. Kinect launched in 2010 and quickly became the fastest selling consumer electronics device by selling 8 million units in its first 60 days. The technology represents significant advances in computer vision that enable natural user interfaces for gaming and beyond.
Kinect
Kinect is an electronic device that tracks body movement without contact. It was developed by Microsoft and released in 2010. There have been two main versions - Kinect for Xbox, which uses a time-of-flight camera for precise depth sensing, and Kinect for Windows, which has gone through several iterations to update its infrared sensor technology. Kinect uses infrared and depth sensing to detect joints, facial expressions, and other body metrics to enable full-body control of applications and games.
Kinect connect
Kinect is a motion sensing input device developed by Microsoft for the Xbox 360 video game console and Windows PCs. It uses structured light and machine learning to map depth and infer body position without the need for handheld controllers. Over 24 million Kinect units had shipped by January 2012. Kinect's technology includes using infrared light to generate depth maps and randomized decision forests trained on over 1 million examples to recognize human bodies and joints. This enables fully controller-free gameplay and interaction through natural gestures and speech commands.
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Kinect
This document summarizes the history and components of the Kinect motion sensing input device. It traces the origins and development of Kinect from 2005 with its introduction by Microsoft in 2009. It describes the hardware components of Kinect, including its camera, infrared sensors, and microphones. It also discusses the different versions of Kinect for Xbox and Windows and the Kinect software development kit (SDK). Finally, it outlines some applications of Kinect and its advantages and disadvantages.
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Kinect
Kinect is a motion sensing input device created by Microsoft for the Xbox 360 video game console and Windows PCs. It enables users to control and interact with games and applications without the need for a game controller through full-body gestures and spoken commands. Kinect uses cameras and microphones to track body and voice movement. It was designed to broaden the Xbox 360's audience beyond typical gamers and has since been adapted for a variety of uses beyond gaming, including healthcare applications. Kinect sensors require no controllers and respond to full-body movement, voice commands, and facial recognition.
Xbox 360 Kinect
Kinect Motion Sensing Technology basically designed for XBOX but looking to the feature and application ..This can be the Invention of the Decade
The power of Kinect in 10 minutes
This document provides an overview of the Kinect sensor and getting started with Kinect development. It introduces the author and his background with Kinect. It describes the components of the Kinect sensor, including the color sensor, IR emitter, depth sensor, microphone array, and tilt motor. It explains the sensor outputs like depth, skeleton tracking, speech recognition, and face tracking. It compares the Kinect for Windows and Kinect for Xbox 360. It recommends libraries and resources for getting started, including the official Kinect SDK, tutorials, guidelines, and community sites. It encourages learning the Kinect API fundamentals and staying up-to-date on SDK updates.
Kinect
The presentation provides an overview of the Kinect system, including its history, technology, and capabilities. It describes how Kinect uses structured light and machine learning to map depth and infer body position without any handheld controllers. Kinect launched in 2010 and quickly became the fastest selling consumer electronics device by selling 8 million units in its first 60 days. The technology represents significant advances in computer vision that enable natural user interfaces for gaming and beyond.
Kinect
Kinect is an electronic device that tracks body movement without contact. It was developed by Microsoft and released in 2010. There have been two main versions - Kinect for Xbox, which uses a time-of-flight camera for precise depth sensing, and Kinect for Windows, which has gone through several iterations to update its infrared sensor technology. Kinect uses infrared and depth sensing to detect joints, facial expressions, and other body metrics to enable full-body control of applications and games.
Kinect connect
Kinect is a motion sensing input device developed by Microsoft for the Xbox 360 video game console and Windows PCs. It uses structured light and machine learning to map depth and infer body position without the need for handheld controllers. Over 24 million Kinect units had shipped by January 2012. Kinect's technology includes using infrared light to generate depth maps and randomized decision forests trained on over 1 million examples to recognize human bodies and joints. This enables fully controller-free gameplay and interaction through natural gestures and speech commands.
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Kinect
This document summarizes the history and components of the Kinect motion sensing input device. It traces the origins and development of Kinect from 2005 with its introduction by Microsoft in 2009. It describes the hardware components of Kinect, including its camera, infrared sensors, and microphones. It also discusses the different versions of Kinect for Xbox and Windows and the Kinect software development kit (SDK). Finally, it outlines some applications of Kinect and its advantages and disadvantages.
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This document summarizes a presentation about developing motion games using the Kinect sensor. It describes the Kinect sensor's characteristics like its RGB camera, infrared sensor, and depth sensor. It also outlines the development tools needed like the Microsoft Kinect SDK and Visual Studio to create motion games that track body movements for inputs like jumping, running, and hand gestures. Examples provided include motion games ported from the Nintendo Wii like Just Dance and sports games.
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Virtual reality uses computer technology to simulate real or imagined environments and experiences. Early pioneers like Morton Heilig in the 1960s and Ivan Sutherland in 1968 created prototype head-mounted displays. Jaron Lanier released the first consumer virtual reality headset called the EyePhone in 1984. Nintendo released the Virtual Boy portable game console in 1995. In 2011, Oculus VR released the prototype for the Oculus Rift headset, which uses lenses, gyroscopes, and accelerometers to track head movement and display 3D graphics with a 110 degree field of view.
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Rethwan Faiz-Oculus rift
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This document provides an overview of Kinect motion technology. It describes how Kinect uses an infrared sensor and camera to track a user's full-body motion and interpret gestures and voice commands to control applications without any additional input devices. Applications discussed include gaming, healthcare, virtual pianos, and using Kinect to control robots and provide gesture-based interactions in augmented reality. Advantages are noted as not requiring additional input devices and allowing for voice and facial recognition, while disadvantages include sensitivity to infrared light sources and not detecting certain materials well.
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Oculus rift
The Oculus Rift is a virtual reality headset developed by Oculus VR. It has a high resolution display and tracking sensors that allow for fully immersive VR experiences. To function, it must be connected to a powerful gaming PC. The Rift is targeted at gaming, media consumption, and professional applications. Oculus is releasing motion controllers called Touch to provide hand presence in VR. Custom software handles rendering and allows content to be accessed through the Oculus Home environment. However, virtual reality still has limitations in audience popularity, developer support, health and safety issues, and comfort of prolonged use.
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Virtual reality refers to interactive simulations that immerse users in virtual environments through technologies like head mounted displays. It has applications in movies, video games, and scientific visualization. Types of VR technologies include Project Natal, which uses voice and motion controls; Cave Automatic Virtual Environments, which uses multiple projectors to immerse users; and the Nintendo Wii, which uses simplified motion controls. While the future of VR is uncertain, it is evolving in entertainment through more immersive games and movies that incorporate physical user interactions. VR also has advantages for applications like product design and medical imaging, but faces challenges from usability issues, lack of standardization, and potential health effects.
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Oculus Rift Presentation
Virtual reality uses computer technology to simulate real or imagined environments and experiences. Early pioneers like Morton Heilig in the 1960s and Ivan Sutherland in 1968 created prototype head-mounted displays. Jaron Lanier released the first consumer virtual reality headset called the EyePhone in 1984. Nintendo released the Virtual Boy portable game console in 1995. In 2011, Oculus VR released the prototype for the Oculus Rift headset, which uses lenses, gyroscopes, and accelerometers to track head movement and display 3D graphics with a 110 degree field of view.
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The document discusses Microsoft Kinect, a motion sensing input device that allows users to control computers and video game consoles through natural gestures and voice commands. It describes Kinect's hardware components including RGB camera, depth sensor and microphones that enable full-body 3D motion tracking, facial recognition, and voice recognition. Applications of Kinect discussed include gaming, robotics, science experiments, physical therapy, language learning and home healthcare. Challenges include accounting for variation in human poses and orientations.
An Introduction to Game Programming with Flash: Kinect
This document provides an introduction to using Kinect with Flash game programming. It describes Kinect's sensors and capabilities for full-body 3D motion capture and tracking of up to 6 people. It also discusses the Kinect for Windows SDK and OpenNI drivers, and the AIR Kinect 2 library for ActionScript. Code examples are provided for initializing Kinect settings, accessing the RGB camera image, and getting the position of skeleton joints. Finally, it briefly describes two tasks for a sample game called Jet&Giant that involves controlling the Giant's position with the right hand and shooting by raising one's hand.
To Design and Develop Intelligent Exercise System
The document discusses the development of an intelligent exercise system using the Microsoft Kinect sensor. It provides background on the Kinect, including its hardware specifications and capabilities for skeletal tracking and motion recognition. The system is intended to help patients follow rehabilitation exercise plans by tracking their movements and providing guidance. It analyzes exercises based on joint angles, positions and velocities over time to quantify the range of motion, functional envelope, and rate of fatigue. The goal is to help patients improve their exercises while maintaining records for doctors.
1 International Marketing November 8th 2013 Sup.docx
1
International Marketing
November 8th 2013
Supervised Group Case Study – Mathieu-Claude Chaboud – Groupe ESC Dijon-Bourgogne
Through the analysis of the following documents, as well as additional sources you may be able to
find, answer the following questions:
- Summary of the initial situation in terms of customers, competition, product design, price
and distribution
- Causes of and lessons from the evolution of the product and market elements at play
o Features & product design
o Distribution
o Communication
- What are the big lessons (from the class' content) that can be learnt from this case?
- What can we say about the marketing operations at Microsoft?
- To answer the questions above, engage in a SWOT/TOWS analysis for Microsoft Xbox One
console in general and on its international markets
Your attention will of course be focused on the international marketing elements at play here but do
not neglect general marketing knowledge to be analyzed and learned.
Following this supervised case study session, you will have to produce a report of less than 10 pages,
indicating who in the group did which part. This report is to be handed electronically to me in two
weeks, November 21st, that is the day before the release of the Xbox One on the market.
2
Xbox One revealed
21 May 2013 (Source: T3 Online)
Xbox One has been unveiled at Microsoft's next-generation console reveal event in
Redmond, Washington
After months of speculation and rumour, Xbox One has finally been unveiled by Microsoft. The software giant revealed its
next-generation console to the world's tech and gaming media from its headquarters in Redmond, Washington.
Xbox One was revealed by President of Interactive Entertainment Business, Microsoft Corporation, Don Mattrick, to a tent
packed with journalists at the MS campus and fans and media watching via media streams around the world.
"This system is built to amaze on day one," said Mattrick. The new rival to Sony's PlayStation 4 does not require a constant
internet connection, as had been widely rumoured.
While much of the next-gen machine, set for a winter
release, is based around cloud connectivity, gamers
will be able to use it offline, too. However, developers
can use external servers to boost the console's on-
board specs, meaning that some games will
inevitably require a connection. The new Xbox packs
in an AMD processor eight times faster than the Xbox
360, 8GB RAM, a 500GB hard drive, a Blu-ray player
that supports 4K output, gigabit Ethernet and a new
proprietary wireless protocol to reduce latency. The
console weighs in at around 7lbs, the same as the
original Xbox 360, but is 10% larger in size. A new 1080p, 60 frames per second HD Kinect comes packaged with every
console. The peripheral now has 60% better field of vision, Active IR tech to eliminate light interference, can track six
skeletons at once compared t ...
Microsoft Kinect
The document provides an overview of the Kinect technology, including its history, design, functionality, software development kit (SDK), applications, and future scope. It describes how Kinect allows users to control the Xbox 360 or Windows without a physical controller through gesture and voice recognition. Kinect uses infrared and RGB cameras to track 20 joints of the human skeleton and can detect movement within a range of 0.5-6 meters. The Kinect SDK provides classes for interfacing with Kinect hardware and was commercially released in 2012 to support development on Windows. Examples of Kinect applications mentioned include gesture-based games, education software, robotics, and home automation.
Kinectomania
The Kinect was developed by Microsoft and PrimeSense as a controller-free gaming and entertainment device. Over 10 million units have been sold worldwide. Although Microsoft claimed it had safeguards against tampering, an open-source driver was developed just 6 days after a bounty was offered. This led to the Kinect being adapted for numerous creative uses beyond gaming, as an open-source community with over 2,000 members formed to explore its possibilities.
IOT Changes Gaming Industry
The document discusses how the Internet of Things (IoT) has revolutionized the gaming industry. IoT allows for electronic devices like sensors and cameras to connect through local and global networks, enabling more interactive gaming experiences using technologies like augmented reality, virtual reality, and artificial intelligence. Major gaming companies like Microsoft and Sony have leveraged cloud computing through IoT to offer real-time multiplayer gaming online and develop high-end games. The gaming industry is exploring key trends with IoT like virtual reality gaming, sensor gaming suites, and using IoT in casinos. While IoT provides benefits like improved communication and automation, it also presents challenges regarding privacy, security, and technology dependence.
Business & marketing applications of microsoft’s kinect technology drummer
Business and marketing applications of Microsoft's Kinect technology.
Trend assessment assignment for MKTG 7546 Digital Marketing course at the University of Memphis.
Kinect development
The document discusses the history and development of the Kinect motion sensing input device. It describes how the original Kinect was launched in 2010 and sold over 24 million units, holding the Guinness World Record for fastest selling consumer electronics device. It then discusses the launch of the Kinect 2 in 2014, including the announcement at BUILD 2014 and plans for an open beta and developer access in the summer of 2014. It provides additional resources for using the Kinect SDK and connecting Kinect to Windows Phone and Windows 8 apps.
Introduction to Kinect v2
This document introduces Kinect v2. It provides specifications on the new sensor which uses time-of-flight technology. New features include improved joint tracking, gesture recognition using machine learning, face tracking with expressions and activity recognition, and 3D modeling of faces. Sample programs and references are provided to help developers get started with Kinect v2.
Gesture Gaming on the World Wide Web Using an Ordinary Web Camera
- Gesture gaming is a method by which users having a laptop/pc/x-box play games using natural or
bodily gestures. This paper presents a way of playing free flash games on the internet using an ordinary webcam
with the help of open source technologies. Emphasis in human activity recognition is given on the pose
estimation and the consistency in the pose of the player. These are estimated with the help of an ordinary web
camera having different resolutions from VGA to 20mps. Our work involved giving a 10 second documentary to
the user on how to play a particular game using gestures and what are the various kinds of gestures that can be
performed in front of the system. The initial inputs of the RGB values for the gesture component is obtained by
instructing the user to place his component in a red box in about 10 seconds after the short documentary before
the game is finished. Later the system opens the concerned game on the internet on popular flash game sites like
miniclip, games arcade, GameStop etc and loads the game clicking at various places and brings the state to a
place where the user is to perform only gestures to start playing the game. At any point of time the user can call
off the game by hitting the esc key and the program will release all of the controls and return to the desktop. It
was noted that the results obtained using an ordinary webcam matched that of the Kinect and the users could
relive the gaming experience of the free flash games on the net. Therefore effective in game advertising could
also be achieved thus resulting in a disruptive growth to the advertising firms.
Kinectlife re imagined-11072012
Kinectlife aims to reimagine uses for the Microsoft Kinect sensor beyond gaming. It proposes 5 use cases for its software to drive mass adoption: 1) Allow any game to be controlled by Kinect, 2) Recognize gestures to link motions to "moods" or apps, 3) Provide an API for developers, 4) Offer easy Kinect control, and 5) Enable social experiences. The software plus Kinect sensor could generate revenue through ads, paid downloads, and developer transactions. Kinectlife's go-to-market strategy involves viral videos, sponsorships, vertical apps, and leveraging Microsoft venues like Windows 8 and Office.
South Florida Hack and Tell Kinect presentation
The document discusses hacking the Kinect for open source and educational purposes. It provides a brief history of the Kinect's release and the development of open source drivers. It then outlines how to set up the necessary software and hardware to access the Kinect's camera and depth sensing capabilities. The author hacked the Kinect to create an interactive robotics display for a science education event within one week.
IRJET- SteganoPIN:Two Faced Human-Machine Interface for Practical Enforcement...
This document discusses the history and development of handheld gaming consoles. It provides details on key handheld consoles introduced since the 1970s like the Game Boy, Atari Lynx, and Bitcorp Gamate. It also discusses the components of a game engine needed to develop games for handheld devices, including input managers, physics managers, and scene managers. Additionally, it reviews the growth of the larger gaming industry and console sales over generations. The purpose is to develop a flexible game engine for handheld devices to build 2D games on handhelds with features like collision detection and tile-based graphics.
User Innovation - Xbox Kinect
This document summarizes the user innovation around the Microsoft Kinect gaming sensor. In 3 sentences:
A hacker freed the Kinect hardware from the Xbox in 2010, allowing open access and development of open source software. This led Microsoft to release a software development kit and change their strategy to embrace the user innovation around potential applications like robotics, navigation, and virtual reality. The Kinect is now used widely both by individuals and commercially, with over 20 million units sold and entrepreneurial opportunities emerging in various fields that utilize its 3D sensing capabilities.
UNITY 3D.pptx
Unity is a popular cross-platform game engine that was first released in 2005. It allows developers to create 2D and 3D games that can be deployed across multiple platforms. Some key benefits of Unity include its support for a wide range of platforms, extensive asset store, ease of use particularly for beginners, and large developer community. However, limitations include an inability to directly link external code libraries and expensive pro licenses.
KINECT (Xbox 360)
This document discusses Project Natal, which later became Kinect for Xbox 360. It provides an introduction to gesture recognition and the technology behind Project Natal/Kinect. The document outlines the history and components of Project Natal/Kinect. It describes how gesture recognition works and the artificial intelligence and machine learning techniques used. It discusses future applications and concludes that Project Natal/Kinect will revolutionize gaming and provide new interactive experiences.
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Kinect
- 2. Kinect
- 4. History of Kinect : 5/30/2007 : Bill Gates discusses a camera-based control method for games, where people can use real-world objects like baseball bats and tennis rackets to control what's happening on-screen. 6/1/2009 : Microsoft announces "Project Natal“. 6/13/2010 : Microsoft announces that Project Natal now goes by the name of Kinect. 11/4/2010 : Microsoft launches Kinect in North America. 1/19/2011 : Microsoft prepares drivers and an official SDK for Kinect to work with Windows. 2/14/2011 : Microsoft announces that Kinect is available for win phone 7
- 6. What’s Kinect ?? Kinect is a motion sensing input device by Microsoft for the Xbox 360 video game console and Windows PCs. Based around Motion capture technology & infrared 3d depth cameras .
- 7. Applications : Nissan Pathfinder.
- 8. Physical Therapy Application Uses Microsoft Kinect.
- 10. Games
Editor's Notes
- 2009 : "Project Natal“.62010 : Project Natal toKinect.112010 : Microsoft launches Kinect in North America.1/2011 : drivers and SDK for Kinect to Windows.2/2011 : Kinect available for win phone 7
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