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Xbox 360 Kinect
The document discusses the Xbox gaming brand developed by Microsoft, its key features including motion sensing technology and the Kinect system, which allows for full-body motion capture, gesture and facial recognition. It explains how Kinect functions using a complex setup of sensors and its applications in gaming, virtual dressing rooms, and potential future uses in military and medical fields. The conclusion emphasizes the transformative potential of this technology in various sectors.
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Introduction of presenter and institution: D.M.Ujalambkar, Saif Pathan, AISSMS College of Engineering, Pune.
Outline of key topics: Introduction, Features, Working Architecture, Technologies, Future Scope, Advantages, Disadvantages.
Overview of Xbox, a gaming brand by Microsoft, launched on November 15, 2001, including initial details like the Xbox Original and its controller.
Introduction of Kinect technology that recognizes body movements, creating gamer avatars.
Description of Kinect avatars as graphical characters controlling games through 3D imaging.
Key features include full-body 3D motion capture, gesture/facial/voice recognition.
Details of Kinect setup including infrared sensors, infrared camera, RGB camera, and microphone array for interaction.
Description of Kinect's 4 high-quality microphones capable of focused audio recognition.
Explains how Kinect uses infrared beams for object distance measurement.
Details on Kinect's IR cameras capturing data accurately at 1-4 meters and 30 fps.
Feature of Kinect's automatic calibration to room conditions and depth capturing.
Overview of Kinect's tracking systems for head, face, and body movements.
Kinect produces 2D color video and depth images, utilizing a face tracking algorithm.
Kinect's recognition of human skeleton poses through a Decision Tree machine learning algorithm.
Wide applications in gaming, virtual dressing rooms, video conferencing, and web browsing.
Description of virtual fitting rooms enabling online selection and fitting of clothing through Kinect.
Potential military and medical applications including UAV technology and surgical aids.
Insights into Kinect's medical uses for surgeons to access imaging without contamination.
Discussion on the technology's potential to innovate and change perception of future interactions.
A video summarizing the key points discussed throughout the presentation.
Closure of the presentation with an invitation for questions from the audience.
Open floor for audience questions and further engagement on the topic.
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Xbox 360 Kinect
- 1. Guide: D.M.Ujalambkar Name: SaifPathan Roll: 11C0042 AISSMS,COLLEGE OF ENGINEERING,PUNE
- 2. OBJECTIVES • Introduction • Features •Working Architecture • Technologies • Future scope • Advantages • Disadvantages and much more …
- 3. XBOX ??...What?? • TheXbox is a video gaming brand created by Microsoft. • It includes a series of video game consoles developed by Microsoft. The brand was first introduced on November 15, 2001 in the United States. Xbox Original with “Controller S”
- 4. KINECT • Motion sensingtechnology . • Recognizes complete body movements • Represents gamer in the form of “AVATAR”
- 5. KINECT AVATAR • Graphicalcharacter • 3D image controls the game.
- 6. FEATURES OF KINECT 1.Full-body 3D motion capture 2. Gesture recognition 3. Facial recognition 4. Voice recognition
- 7. KINECT HARDWARE… • Kinectis a COMPLICATED SETUP of four sensors. 1) Infrared Sensor. 2) Infrared Camera. 3) RGB Camera(Red Green Blue). 4) Microphone array.
- 8. MICROPHONE ARRAY • 4high quality microphones . • These microphones can listen at only one speaker at a time. • Have very large database library.
- 9. HOW DOES ITWORK??? • IR beam bounces off subject and is captured by the IR sensor. • Sensor uses time to measure distance of objects.
- 10. KINECT WORKING… • KinectIR cameras is capable of processing data within a distance of 1-4 m. • The input grabbed is highly accurate and data is captured at a rate of 30 fps.
- 11. DEPTH IMAGING PROCESSING •Kinect has a feature of automatic calibrating itself according to room conditions. • This is an example of how the depth of a room is captured by the IR sensors and camera.
- 12. SENSING TECHNOLOGY SKELETAL TRACKINGHEADAND FACE TRACKING TRACKING SYSTEM • The Absolute Working of Kinect sensing technology is based on the Tracking System used by it. • This Tracking System is the brain of Kinect sensor
- 13. HEAD AND FACETRACKING • A Kinect sensor produces both 2D color video and depth images at 30 fps, combining the best of both worlds. • Face Tracking Algorithm
- 14. SKELETAL TRACKING • Theposes of human skeleton is recognized with the help of machine learning algorithm called Decision Tree . • It can analyze up to 6 players but can only process 2 active players simultaneously. Construction of skeleton image
- 15. APPLICATIONS… • Mostly andLargely used for gaming purposes. • “Virtual” Dressing Room. • Video conferencing. • Web Surfing
- 16. Virtual Dressing Room •The virtual fitting room is a program which allows users to select and try on clothing all from their Kinect. • There are various websites that support virtual shopping E.g. “Fitnect” is one of the major service provider.
- 17. Look into thefuture • The U.S. Army is trying their best to use this technology in invention of UAV. i.e. Unmanned Ariel and others army vehicles. • Medical Purposes. • Artificial Vigilance Bots , Spacecraft's for analyzing other planets and much more…
- 18. Use in Hospitals •Kinect also shows compelling potential for use in medicine • Kinect for intraoperative, review of medical imaging, allowing the surgeon to access the information without contamination
- 19. CONCLUSION • Potential tochange the face of earth and how we look at it. • Futuristic movies can actually be brought to life. • Ever growing dynamic technology. • Everything might depend on the motion of our hand.
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