Results 1 - 21 of 21
Project Persons Year Tags
AR Particle Beam James Alliban 2009 desktop, graphic image recognition, marker logo, animation, single-user, small field of view, reactive to marker position, linear narrative starts with marker recognition, in front of any computer with webcam, Papervision3D, particles
This is my winning entry for the Augmented reality competition on the Papervision3D forum. It was my first dip into FLARToolkit and Papervision. 3D lighting techniques and physics are used here to create an augmented reality in which a beam of light shines out of the pattern. Strange celestial light particles circulate and trail around the beam.
AR Scratching Todd Vanderlin 2009 shape recognition, image recognition, marker, sound and image, single-user, 180 small field of view, reactive to marker position, generative non-linear narrative, used on any desktop computer with webcam, music, vinyl, openframeworks
I was playing around with some AR markers the other day and came up with this idea. taking just a plain old vinyl record and attaching an AR marker to the label you can track the record in 3D space. The next question was, can you scratch the record?
AR Sneaker Experience Sid Lee (Metaio, Adidas) 2010 desktop, graphic image recognition, marker logo's, generated animation, single-user, small field of view, reactive to object position, first-person shooter game, conscious choice about narrative, in front of any computer with webcam, ARvertising, game, mARketing, fashion
adidas Originals is launching the first Augmented Reality experience in footwear. The adidas Originals AR Game Pack is a set of 5 shoes, each printed with an AR code on the tongue. When you hold the code in front of your webcam, you'll gain access to a virtual version of the adidas Originals Neighborhood. Each month between February and April, we'll launch a new interactive game within the Neighborhood and your shoe will be the game controller.
AR+RFID Lab at the Kröller-Müller Museum Yolande Kolstee, Wim van Eck, Melissa Coleman, Pawel Pokutycki (AR+RFID LAB) 2009 headmounted, graphic image recognition, marker logo's, still, single-user, 360 choice of perspective, large field of view, reactive to head position, laptop on wheels, still, space-specific, sculpture, garden, Kröller-Müller Museum
On July 11 our Lab presented a large Augmented Reality installation at the Sweet Summer Night: ILLUSION in the sculpture garden of the Kröller-Müller Museum. The Lab collaborated in this project with students from different departments of the Royal Academy of Art (KABK) in The Hague
ARhrrrr Augmented Environments Lab (GVU) 2009 handheld phone, graphic image recognition, image, map, generative animation, sound, single-user, 360 choice of perspective, small field of view, reactive to hand position, physical objects, first person shootergame, conscious choice about narrative, phisical objects trigger events, any surface, anywhere, quick setup, skittles, game, zombies
ARhrrrr is an augmented reality shooter for mobile camera-phones. The phone provides a window into a 3d town overrun with zombies. Point the camera at our special game map to mix virtual and real world content. Civilians are trapped in the town, and must escape before the zombies eat them! From your vantage point in a helicopter overhead, you must shoot the zombies to clear the path for the civilians to get out. You can use Skittles as tangible inputs to the game, placing one on the board and shooting it to trigger an explosion.
Augmented Reality Theater Jurjen Caarls, Wim van Eck, Pawel Pokutycki, Marina de Haas (AR+RFID LAB) 2007 headmounted, graphic image recognition, data glove, marker logo's, animation, single-user, 360 choice of perspective, large field of view, reactive to head position, narrative triggered by data glove, on any surface, puppet, theater, UnDeaf, V2_
The new interactive installation of the AR+RFID Lab - Augmented Reality Theater - has been presented for the first time to the interrnational audience of unDEAF, April 10-15, satellite event of the Dutch Electronic Art Festival (DEAF) 2007 in Rotterdam. After unDEAF, the AR+RFID Lab team has been also invited to participate in the unDEAF Ex_posed event at V2_, organization hosting and curating the festival.
Cashback Camille Scherrer, Vincent Jacquier (EPFL CVLab) 2009 desktop, graphic image recognition, graphic images, banknotes, animation, multi/single user, small field of view, reactive to object position, linear narrative, in front of any computer with webcam, money, banknotes, provocative, markerless
Your banknotes will come to life, taking a new shade, spelling desire and temptation. Banknotes will take on a whole new meaning for you; you just won't look at them the same way as before! "Cashback" will work with 5, 10, 20, 50 and 100 Euro banknotes, gradually making the animations more and more suggestive.
Digital Box (Metaio, LEGO) 2008 desktop, image recognition, Lego Box, still, single-user, smaal field of view, reacts to box position, no narrative, the kiosk can be placed in any store, ARvertising, LEGO, toys
the Danish toy manufacturer will test launch its “DIGITAL BOX” in selected toyshops and LEGO stores worldwide. This interactive terminal will utilize innovative technology supplied by metaio in the form of a software program specially-developed for the LEGO Group by the Munich-based experts in
Heartbreak Warfare Blitz (Adobe) 2009 desktop, image recognition, marker logo, animation, sound, single-user, small field of view, reactive to object position, linear videoclip, in front of any computer with webcam, videpclip. john mayer
The real world and 3D world collide in the interactive clip that features a Mayer hologram performing the song — guitar in hand — in a virtual living room. Viewers using the AR technology can choose the way they want to see the video. Zoom in close so John’s lamp comes on, spin the room around, or take a look from afar so you can see where the floorboards end. It’s a new wave of technology Mayer is excited to introduce to music fans.
Horizon Zero AR Bridge Anita Fontaine, Geoff Lillemon, Aaron Meyers (Champagne Valentine) 2010 desktop, graphic image recognition, marker logo's, generative animation, sound, single-user, small field of view, reactive to marker position, generative, non-linear narrative, in front of any computer with webcam, code1, oscillator, DIY
Part virtual sculpture, part instrument, the piece responds to the theme of bridges by creating a virtual version which is fully responsive to physical movement. Ignis, fatuus, tacnode connects an abstract 3D accordion through using ambient oscillating sound design and enticing graphics for a playful and radical experience.
LearnAR James Alliban 2010 desktop, image recognition, markers, generated stills, single-user, small field of view, reactive to marker position, informational, no narrative, in front of any computer with webcam, informational, learning, school, quiz
LearnAR is a new learning tool that brings investigative, interactive and independent learning to life using Augmented Reality. It is a pack of ten curriculum resources for teachers and students to explore by combining the real world with virtual content using a web cam. The resource pack consists of interactive learning activities across English, maths, science, RE, physical education and languages that bring a wow-factor to the curriculum.
LevelHead Julian Oliver 2008 desktop, graphic image recognition, markers, generative video, single-user, small field of view, reactive to object position, memory game, conscious choice about narrative, in front of any computer with webcam, Laval Virtual 09, Prix Ars Electronica '08, Technical Innovation award, Japan Media Arts Festival '08, Linux
levelHead uses a hand-held solid-plastic cube as its only interface. On-screen it appears each face of the cube contains a little room, each of which are logically connected by doors. In one of these rooms is a character. By tilting the cube the player directs this character from room to room in an effort to find the exit.
Museum AR Kiosk (Total Immersion, Exhibit Engineering) 2008 desktop, graphic image recognition, marker, still, single user, small field of view, reactive to marker position, non-linear, informational, anywhere indoors, anatomy, human body
This augmented reality experience, created in partnership with Exhibit Engineering, puts 3D images of a beating human heart into the welcoming hands of visitors. « In a new gallery filled with cutting-edge exhibits designed to engage and educate visitors about the miracle of the human body, TI's solution delivers an experience that can't help but grab your attention » said Matt Browning, Director of Software Development for Exhibit Engineering.
N Building Teradadesign+Qosmo 2009 handheld display, phone, graphic image recognition, marker facade, twitter feed, animation, multi-user, 180 small field of view, reactive to hand position, non-linear real-time metadata, space-specific, informational, see trough, building, twitter
N Building is a commercial structure located near Tachikawa station amidst a shopping district. Being a commercial building signs or billboards are typically attached to its facade which we feel undermines the structures' identity. As a solution we thought to use a QR Code as the facade itself. By reading the QR Code with your mobile device you will be taken to a site which includes up to date shop information. In this manner we envision a cityscape unhindered by ubiquitous signage and also an improvement to the quality and accuracy of the information itself.
Out of the Blue Marina de Haas, Wim van Eck and Alwin de Rooij (AR+RFID LAB) 2007 headmounted, graphic image recognition, marker logo's, animation, sound, single-user, 360 choice of perspective, large field of view, reactive to head position, looped linear narrative, anywhere indoors, Today's art, balls
AR+RFID Lab artist in residence Marina de Haas together with Wim van Eck, Jan Willem Brandenburg, Jurjen Caarls and Alwin van Rooij created a unique audio-visual AR environment made of round objects leading back to the basics of all organic shapes on earth. The ellipse shapes come out of the walls and find their way into the exhibition space. When you wear the Augmented Reality headset you are bound to stay in a circle of 1.50 meter from the table, which is set
Rockpaperscissors t-shirt (T-Post,Moment 77 ) 2009 desktop, graphic image recognition, marker logo, generated animation, single-user, small field of view, reactive to object position, non-linear game, in front of any computer with webcam, t-shirt, fashion
Once you have your shirt on, stand in front of your web camera and play a game of Rock, Paper, Scissors against a computer-generated arm that extends from the shirt itself.
ScavengAR (Porter Noveilli, Metaio) 2010 smart phone, gprs geo tag, compass, graphic image recognition, graphic markers, animation, multi-user, walk trough the city, multi-player hunt game, points can be earned, pictures and texts can be placed, space specific in the city of Austin, game, quest, twitter
Players open up the junaio application available on the iPhone App Store and tune into the ScavengAR channel. Player's camera is on live view. This view will display a range of pre-set geo/AR tags created for the game within about 30 feet. Tags first appear as question marks. When close enough to the tags, players click question mark Geo/AR marker to collect the clue and score points.
Sgraffito in 3D Joachim Rotteveel (AR+RFID LAB) 2008 desktop, graphic image recognition, marker logo's, still, multi-user, small field of view, reactive to marker position, still, in front of any computer with camera, museum, informative, educational, history
rom October 25, 2008 until January 4, 2009 the Museum Boijmans van Beuningen in Rotterdam was exhibiting its wonderful collection of sgraffito objects from the period 1450-1550. Sgraffito is an ancient decorative technique in which patterns are scratched into the wet clay. The Dutch plates, bowls and cooking pots are part of the Van Beuningen-De Vriese collection. The artist Joachim Rotteveel has made this archaeological collection accessible in a spectacular way using 3D reconstruction techniques from the worlds of medicine and industry, including AR application provided by the AR+RFID Lab.
The Amazing Cinemagician Helen Papagiannis 2009 spacial projection, graphic image recognition, paying cards, animation on fogscreen, multi-user, 360 large field of view, natural eye movement, non-linear narrative triggered by user, anywhere indoors, Georges Méliès, fog, spacial
The project “The Amazing Cinemagician” is based on a card-trick, using physical playing cards as an interface to interact with the FogScreen. RFID tags are hidden within each physical playing card. (Part of the magic and illusion of this project was to disguise the RFID tag as a normal object, out of the viewer’s sight.) Each of these tags corresponds to a short film clip by Méliès, which is projected on to the FogScreen once a selected card is placed atop the RFID tag reader.
The Artvertiser Julian Oliver 2009 handheld binoculars, phone, graphic image recognition, image, advertisement, video, still image, single-user, 180 choice of perspective, large field of view, reactive to hand position, linear narrative, still image, dependent on input content, anywhere where a specific advertisement is, Transmediale 10, Linux
The Artvertiser is an urban, hand-held Improved Reality project that re-purposes street advertisements as a surface for exhibiting art. The project was initiated by Julian Oliver in February 2008 and is being developed in collaboration with Clara Boj, Diego Diaz and Damian Stewart.
The Haunted Book Camille Scherrer (EPFL CVLab) 2009 desktop, graphic image recognition, graphic images, animation, multi/single user, small field of view, reactive to object position, linear narrative, user can turn the page and start animation, in front of any computer with webcam, poetry, book, student work, markerless
Diploma project by an ECAL Media & Interaction Design student with the EPFL CVLab. An artwork that relies on recent Computer Vision and Augmented Reality techniques to animate the illustrations of a poetry book. Because we don't need markers, we can achieve seamless integration of real and virtual elements to create the desired atmosphere. The visualization is done on a computer screen to avoid cumbersome Head-Mounted Displays. The camera is hidden into a desk lamp for easing even more the spectator immersion.