Augmented Reality News. Rzeczywistość rozszerzona. Rzeczywistość rozszerzona (ang.
Augmented Reality) – system łączący świat rzeczywisty z generowanym komputerowo. Zazwyczaj wykorzystuje się obraz z kamery, na który nałożona jest generowana w czasie rzeczywistym grafika 3D. Istnieją także zastosowania wspomagające jedynie dźwięk (jak aplikacja RjDj na iPhone). Na przykład, użytkownik AR może za pomocą półprzeźroczystych okularów obserwować życie toczące się na ulicach miasta jak również elementy wytworzone przez komputer nałożone na rzeczywisty świat.
Definicja[edytuj | edytuj kod] Ronald Azuma zaprezentował definicję, która jest syntetycznym opisem rzeczywistości rozszerzonej. Łączący w sobie świat realny oraz rzeczywistość wirtualną,interaktywny w czasie rzeczywistym,umożliwiający swobodę ruchów w trzech wymiarach. Zastosowania[edytuj | edytuj kod] "AR Tower Defense" gra Nokii wykorzystująca markery AR jest wykorzystywana w różnych obszarach nauki i biznesu: Zobacz też[edytuj | edytuj kod] Rzeczywistość wirtualna. Check out the augmented reality mobile application development SDK, tools, forums and other resources from Qualcomm Developer Network, QDevNet.
Georg Klein Home Page. Introduction From Oct 2005 to August 2009 I was a post-doctoral research assistant in the Active Vision Group of the Oxford University Engineering Department.
I worked under the supervision of Prof. David Murray. I was formerly a PhD student at the Machine Intelligence Laboratory of the Cambridge University Engineering Department, under the supervision of Dr. Tom Drummond. Research My research interests are computer vision (mainly visual tracking) and augmented reality (AR). News: April 2010: PTAM Blog There's now a blog at wordpress for all things PTAM-related. Oct 2009: Microsoft As of October 2009, I've moved to Seattle to work for Microsoft's MSN Advanced Engineering team. Oct 2009: Compositing for Small Cameras, revisited We've finished the journal version of last ISMAR's paper on compositing.
June 2009: PTAM on iPhone We've written a variant of PTAM which runs on an iPhone 3G. Update a pre-print of an ISMAR'09 paper describing this work is up. [ECCV 2008 Paper] Sept 2008: ISMAR'08.
Seeing Machines. Track and understand faces like never before with faceAPI from Seeing Machines – now available for license. faceAPI allows you to incorporate Seeing Machines world class face tracking technology into your own product or application. faceAPI provides a suite of image-processing modules created specifically for tracking and understanding faces and facial features.
These powerful tracking modules are combined into a complete API toolkit that delivers a rich stream of information that you can incorporate into your own products or services. Seeing Machines faceAPI is the only comprehensive, integrated solution for developing products that leverage real-time face tracking. All image-processing for face tracking is handled internally, removing the need for any computer vision experience. Version 3.2.6 now available Features Highly robust, real-time, automatic monocular 3D face tracking. Click here to download faceAPI brochures. Augmented Reality Demo. Srirams Personal Stuffs. ARToolKit Home Page.
ARToolKit is a software library for building Augmented Reality (AR) applications.
These are applications that involve the overlay of virtual imagery on the real world. For example, in the image to the right a three-dimensional virtual character appears standing on a real card. It can be seen by the user in the head set display they are wearing. When the user moves the card, the virtual character moves with it and appears attached to the real object. This website contains a link to the ARToolKit software, projects that have used ARToolKit, sample ARToolKit applications, a discussion group and full documentation. ARToolKit was originally developed by Dr.
For information on this page, contact Philip Lamb. SSTT Visualizer Augmented Reality Demo. SSTT visualizer is a viewer application for 3D models enabled with Augmented Reality.
It demonstrates the capabilities of the SSTT library. SSTT visualizer augments rectangular symbols in the environment and can be used for a variety of application areas ranging from engineering to medical visualization where 3D prototypes need to be presented within the real environment. Download Video Prerequisites Windows XP/Vista or Mac OS X 10.5.x (Intel/PPC)webcam (builtin such as iSight or a USB camera)Printer (for printing out the marker) The application has been tested on a vast number of machines including an msi U100 netbook, Quad Core Dell Precision, a MacBook Pro, Mac Pro and a late 2008 MacBook.