mputer vision with iOS Part 1: Building an OpenCV framework — Aptogo Update: Nov 28 2011 – The OpenCV framework has been rebuilt using opencv svn revision 7017 Update: Check out Part 2 of our series on computer vision. Introduction This article is the first in a series looking at computer vision for iOS using the OpenCV library. In this article we aim to reduce the learning curve even further by providing the OpenCV library as an iOS framework that can be added to your own Xcode projects simply by dragging and dropping. We start by walking you through the example project then describe how to use the OpenCV framework in your own projects. As ever, we build on the work of others that have gone before us. The example project The example project is hosted on GitHub. To build and run the app, open the OpenCVClient Xcode project and hit ‘Run’. The app starts by running some simple performance tests converting between UIImages and cv::Mat objects. Using the OpenCV framework in your own projects Adding the OpenCV Framework Add additional required frameworks
Optinvent Broń, wiatrówki, asg, noże, pistolety, do samoobrony | Militaria.pl - Shooting & Outdoor 1. Koszyk2. Twoje Dane3. Podsumowanie4. Pomoc Na pasku widzisz etapy zamówienia. Dziękujemy za potwierdzenie zamówienia nr 566036. Zamówienie zostało przekazane do realizacji a na podany podczas składania zamówienia email sherfinlord@gmail.com wysłano wiadomość potwierdzającą ten fakt. W przypadku pytań lub problemów z zamówieniem prosimy o kontakt pod numerem telefonu (71) 347 47 00 lub mailowo pod adresem zapytania@militaria.pl i podanie numeru zamówienia: 566036.
Sensics | Professional HMDs and Virtual Reality Goggles Laster Technologies LASTER Technologies est une société à l'avant-garde des technologies d'affichage numérique en réalité augmentée. Les lunettes informatives LASTER offrent une vision naturelle, sur verres transparents, enrichie d'informations numériques : textes, images, vidéos, animations. Intégrant des algorithmes avancés de reconnaissance d'objets, de tracking et de recalage 3D, les produits de la société permettent de superposer des objets virtuels au monde réel, offrant une expérience de vision et de réalité augmentée inégalée. En savoir plus Applications industrielles En production et maintenance industrielle, nos produits permettent aux équipes de gagner du temps dans les tâches de production et de maintenance industrielle. L'adjonction d'images et d'informations dans le champ de travail de l'utilisateur permet de compléter sa perception du réel. En savoir plus Photos non contractuelles.
MINIMO - Digital Lomo (Limited Edition) Innovega Inc. - HOME Euro Store Home Wrap VGA Controller The Wrap VGA Controller enables all models of the Wrap video eyewear to connect to a VGA port on a desktop or laptop computer for watching video. Although the Wrap VGA Controller is not intended for use as a monitor replacement, it offers superior quality over S-video connections and expands the versatility of Wrap eyewear models. When used, it replaces the battery/control box provided with the Wrap video eyewear and draws power from the computer through its USB connection. · Can be used with a VGA - DVI adaptor (not included)· Works for 2D video· Works for side-by-side and anaglyph 3D video· Requires VGA port or DVI port (w/DVI adaptor) and a USB 2.0 port· Works with Windows 7, XP, or Vista The Wrap VGA Controller is compatible with the Wrap 920 & Wrap 1200 models, it is not compatible with the Wrap 280XL/310XL. Note: For video playback only. find out more
Stiktu Google Glass Advances with Superimposed Controls & More Google's Patent Background Wearable systems can integrate various elements, such as miniaturized computers, input devices, sensors, detectors, image displays, wireless communication devices as well as image and audio processors, into a device that can be worn by a user. Such devices provide a mobile and lightweight solution to communicating, computing and interacting with one's environment. By placing an image display element close to the wearer's eye(s), an artificial image can be made to overlay the wearer's view of the real world. Google Introduces Google Glass with Superimposed Controls and Instructions for External Devices In a first aspect, a method is provided. In a second aspect, a non-transitory computer readable medium is provided. In a third aspect, a wearable computing device is provided. In Google's patent FIGS. 3A and 3B, illustrate a Head Mounted Display that is configured in the form of eyeglasses and includes two see-through displays.
Magic Leap Logically, I know there isn’t a hulking four-armed, twisty-horned blue monster clomping in circles in front of me, but it sure as hell looks like it. Magic Leap Breakthrough A device that can make virtual objects appear in real life. Why It Matters The technology could open new opportunities for the film, gaming, travel, and telecommunications industries. I’m sitting behind a workbench in a white-walled room in Dania Beach, Florida, in the office of a secretive startup called Magic Leap. He’s not just visible at a set distance. Of course, I bring him as near as possible; I want to see how real he looks up close. Virtual- and augmented-reality technologies used in movies, smartphone apps, and gadgets tend to underdeliver on overhyped promises with images that look crappy. To be sure, stereoscopic 3-D has recently started getting better. That’s no doubt why Google took the lead in an astonishingly large $542 million investment round in Magic Leap last October. Behind the magic