The WoW pod at Mixer in New York!!!

After receiving three grants: from the Council for the Arts at MIT, SHASS’s Peter de Florez Fund for Humor and from Eyebeam, the WoW Pod will be exhibited during the MIXER event in New York!

Cati Vaucelle, Steve Shada, Marisa Jahn's WoW Pod is an immersive architectural space that provides and anticipates all life needs of the World of Warcraft player. Outfitted with toilet throne, hydration system, and meals at the ready, the WoW Pod makes daily human function possible without ever stepping away from the game. In addition, these tasty meals are cooked via a cookset that connects a hotplate to the computer, allowing the player to let their World of Warcraft avatar know when the meal is ready to eat.

The official call!

MIXER: EXPO
Eyebeam presents an alternate "World's Fair" with airborne surveillance balloons, guerilla media towers, and computerized prayer booths. A temporary village occupied by a dozen creatively engineered pavilions, performances, and DJ sets by Tim Sweeney and Juan Maclean.

Friday, March 6 & Saturday, March 7, 2009
9PM - 2AM
Tickets: $15 per night in advance; $30 for both nights in advance at www.eyebeam.org; $20 per night at the door.
Eyebeam 540 W. 21st St. (btw 10th and 11th Aves.)
Limited press passes available: RSVP: rebecca@eyebeam.org
Installations will remain on view at Eyebeam, Saturday, March 7, Noon - 6PM, with free entry.

New York City, February 20, 2009 - MIXER, Eyebeam's quarterly event series dedicated to showcasing leading artists in the fields of live audiovisual performance, interactive and participatory art, will present its fifth iteration on Friday, March 6 - Saturday, March 7, 2009. Using the World's Fair as the framework, Eyebeam will transform its rugged warehouse space into a temporary village of utopian pavilions for a two-night extravaganza called MIXER: EXPO.

Both evenings will include musical guests: Tim Sweeney (Friday, Midnight - 2AM) and Juan Maclean (Saturday, Midnight - 2AM); multimedia pavilions by Angela Co + Aeolab, Anakin Koenig, Chris Jordan, and Caspar Stracke, and Not An Alternative; interactive installations by Taeyoon Choi and Cheon pyo Lee, The Institute for Faith-Based Technology, Mark Shepard, Cati Vaucelle, Steve Shada, and Marisa Jahn; and fashion performances by Di Mainstone.

MIXER: EXPO - Background
From London in 1851 to Chicago in 1893 and New York in 1939, the World's Fair has been an influential cultural spectacle that promised a utopian "world of tomorrow" while packaging and promoting the national and corporate agendas of the day.

MIXER: EXPO is an alternate take on "World's Fair" expositions, a faded cultural phenomenon that set the tone for urban planning in the 19th and 20th centuries. The World's Fair also championed the philosophy of better living through technology, presenting innovative strategies that continue to resonate through contemporary life and leisure - from shopping malls and theme parks to natural history and science museums; broadcast media and exhibit display to sell consumer products, technological innovations, and nationalistic ideologies.

Like the best science fiction and social satire, MIXER: EXPO constructs a fictitious place in order to examine a world that might have been, that has come to be, or that might be on the horizon.

Musical Acts
Friday, Midnight - 2AM
Tim Sweeney (Beats in Space) is a respected international club DJ, remixer, and host of Beats In Space, a weekly radio show mixed live every Tuesday night on WNYU. Sweeney rocks the party with a mix of electro, disco and No Wave.
http://www.beatsinspace.net/

Saturday, Midnight - 2AM
Juan Maclean (DFA Records) first garnered attention in the early 90s as the guitarist/keyboardist for electro-punk band Six Finger Satellite, but has gone on to wider acclaim in the last decade as a solo artist on DFA Records (founded by James Murphy of LCD Soundsystem). Maclean's recordings combine his multi-instrumental virtuosity with tight beat production inspired by house, techno, and funk classics. His DJ sets dig deeply into the same vault of musical riches.
http://www.myspace.com/thejuanmaclean

Installations / Participating Artists
Taeyoon Choi and Cheon pyo Lee's sculptural installation and performance,
Grey Belt tells the story of an undiscovered nation located in a demilitarized zone. The land of Grey Zone is the world's purest natural site, secretly inhabited by mutant animals, abandoned war machines and the exiled living in a zero-gravity landscape.
http://www.tyshow.org

Angela Co + Aeolab's Weather Making Balloon utilizes NASA materials technology for its own "Space Mission". The metalized thermoplastic skin of the Balloon functions as a mirrored surface through which attendees can be monitored and captured on film. Playful interaction with the responsive surface of the puffy, cloud-like Balloon masks its primary function as a surveillance tool.
http://www.studio-co.com
http://www.aeolab.com

The Institute of Faith-Based Technology, or InFaBat™, was founded in 2006 by techno-theologists Aaron Meyers and Jeff Crouse to bring religion into the digital age. Praying@Home is the name of a suite of technologies developed by InFaBat™ and installed for use at Eyebeam, which is designed to broadcast a worshipper's "Prayer Signature" directly to God. Unlike humans, who need to take breaks from praying to fulfill biological needs, computers need no breaks, resulting in 24/7 prayer output. Praying@Home represents a revolutionary breakthrough in the field of Digital Prayer Technology.
http://www.ifbt.info

Media artists Anakin Koenig, Chris Jordan, Caspar Stracke pay tribute to the "retro-futurist" utopian dwellings of the 20th Century with TripleFlow, a large-scale inflatable architectural structure. Referencing Buckminster Fuller's geodesic dome, the three-chamber biomorphic dwelling creates a fluid, immerse experience through responsive lighting, and live audio and video performance by Jordan and Stracke.
http://www.dennisdelzotto.com/
http://www.seej.net
http://www.videokasbah.net/

The nomadic-citizen of the world is never lost because she is always at home. Di Mainstone's SHAREWEAR questions this utopian ideal, through a performance that incorporates a set of modular dresses that explore our desire for a connection to "home" in an increasingly transient world. Referencing familiar icons of the home, such as the armrest on our favorite sofa, SHAREWARE is comprised of a pair of modular electronic dresses housed in crates that are unpacked, assembled on each performer's body, and then physically slotted to one another, unleashing the potential for intimate interactions.
http://sharewear.projects.v2.nl
http://uk.youtube.com/watch?v=7kc41dKjA1c

The Subsumption Machine by activist collective Not An Alternative is a skeletal multi-level media tower hacked with video projections, TV monitors, billboards, stage sets, live video feeds, and surveillance cameras. As the audience walks through the chaotic architectural structure, they are captured on camera and unwittingly inserted into the media stream. The Subsumption Machine represents the postmodern dystopian world as a biopolitical "prison house of language", and in a Warholian gesture, flattens all images into a non-hierarchical supersaturated mix.
http://eyebeammixer.pbwiki.com/Proposed-Pavilion

Hertzian Rain is a wireless audio broadcast system designed by Mark Shepard that responds to bodily movement. Just as land and water are limited resources, Hertzian Rain demonstrates the limits of the electromagnetic spectrum. Wearing wireless headphones and carrying an umbrella covered with electromagnetic-shielding fabric, users walk around the exhibition space tuning into an audio broadcast of a live music performance while creating interference into the audio broadcast signal with the umbrella, and as a result destroy the shared resource. Live performances will be provided by Doug Barret, Craig Shepard, Daniel Perlin, Al Laufeld and others.
http://www.andinc.org/v3/hertzianrain

Cati Vaucelle, Steve Shada, Marisa Jahn's WoW Pod is an immersive architectural space that provides and anticipates all life needs of the World of Warcraft player. Outfitted with toilet throne, hydration system, and meals at the ready, the WoW Pod makes daily human function possible without ever stepping away from the game. In addition, these tasty meals are cooked via a cookset that connects a hotplate to the computer, allowing the player to let their World of Warcraft avatar know when the meal is ready to eat.
www.marisajahn.com
www.steveshada.com
http://www.architectradure.com

Tickets: $15 per night in advance; $30 for both nights in advance; $20 per night at the door. For more info and to purchase tickets visit www.eyebeam.org.

###

Founded in 1997, Eyebeam is an art and technology center that provides a fertile context and state-of-the-art tools for digital experimentation. It is a lively incubator of creativity and thought, where artists and technologists actively engage with the larger culture, addressing the issues and concerns of our time. Eyebeam challenges convention, celebrates the hack, educates the next generation, encourages collaboration, freely offers its output to the community, and invites the public to share in a spirit of openness: open source, open content and open distribution.


More info

Posted by Cati Vaucelle @ Architectradure

Papers at Chi 2009!

Yeah!! The two papers I wrote for CHI 2009 were accepted this year! One paper is entitled Design of Haptic Interfaces for Therapy the second one, a work in progress, is called Cost-effective Wearable Sensor to Detect EMF

Design of Haptic Interfaces for Therapy
Abstract
Touch is fundamental to our emotional well-being. Medical science is starting to understand and develop touch-based therapies for autism spectrum, mood, anxiety and borderline disorders. Based on the most promising touch therapy protocols, we are presenting the first devices that simulate touch through haptic devices to bring relief and assist clinical therapy for mental health. We present several haptic systems that enable medical professionals to facilitate the collaboration between patients and doctors and potentially pave the way for a new form of non-invasive treatment that could be adapted from use in care-giving facilities to public use. We developed these prototypes working closely with a team of mental health professionals.

Download the .pdf ->here<-



Cost-effective Wearable Sensor to Detect EMF .
This other paper is a work in progress, based on a circuit design that I did for the class of Joe Paradiso (co-author). Even though many designers have explored wearable EMF displays, I implemented an electric field sensor that is low-cost, this to democratize EMF reading.

Download the .pdf ->here<-



Chi will be in Boston this year, so that means lots of visits and parties and hang out with old friends!

Posted by Cati Vaucelle @ Architectradure
.............................................................................................
Blog Jouons Blog Maison Blog Passion

Float with your Pet!

Everyone deserves to be in the swimming pool! I remember my dog always jumping in our backyard swimming pool, loving to swim, but being unable to come out on his own. What a relief for your pet if he could float! Jed Berk designed Float-a-Pet, an illuminated inflatable pet collar with smart sensor and locative technology.



"How the system works:
The collar serves to support two main situations. First, the passive system is used to recognize where your pet is located at night. The flexible solar cells gather the suns energy during the day and store it in small rechargeable batteries. A light sensor recognizes low light conditions and triggers LEDs to illuminate the collar. Second, the active system is used in disaster relief situations. For example: In the event of a hurricane or the act of simply slipping into a pool. The Collar has a clipped on CO2 cartridge designed to break away. When the integrated humidity sensor reaches its threshold, it is activated. It dispenses CO2 and inflates the collar into a float. The passive solar system will support the floatation device at night by blinking intermittently to get one's attention."



Posted by Cati Vaucelle @ Architectradure

.............................................................................................
Blog Jouons Blog Maison Blog Passion

A message table

Dana Gordon (currently with us in Cambridge, MA) hacked an existing answering machine and rewired some of its original functions (such as recording a message, play, pause and delete). The result is super fun and inspiring. Imagine in your living room a reactive table instead of a regular answering machine! She called the machine the "message table" as in an answering machine merged into a wooden table. For each message received, a box appears on the table. To listen, open the box - and to delete, push it back into the desk.




Designed with Shawn Bonkowski, she exhibited the table at the Victoria & Albert Museum, at the Salone del Mobile 2005 in Milano and at the Gallery AB+, Torino.

You can watch the video here.

Posted by Cati Vaucelle @ Architectradure

How to design a reconfigurable artificial sensate skin?

For the technical area of my general exams lead by Dr. Joe Paradiso, I read Gerardo Barroeta Pérez's very inspiring thesis in which he presents S.N.A.K.E.: A dynamically reconfigurable artificial sensate skin as well as a series of related work.

The idea is to design a device that inherits the characteristics of human skin. Surveying prior work in materials, flexible electronics, sensing matrices and sensor networks, Gerardo presents a new type of artificial sensate skin: low power, scalable, mechanically flexible, and that extracts a rich set of multi modal sensor data. Also each node in SNAKE is capable of changing its behavior by changing its code. One can use SNAKE as a scalable smart material that covers interactive surfaces!

This Skin is composed of one or many Skin Patches which in turn are composed of one or many Skin Nodes. Each node is able to measure Strain, Pressure, Ambient Light, Pressure, Sound and Mechano-reception. Each Skin Patch can either work as a stand-alone device or as a data extraction device if this is attached to a Personal Computer through a different type of device referred to as Brains. Each Skin Node and therefore each Skin Patch: is Dynamically Adaptable meaning that they can adapt to external stimuli by either modifying their behavior or by completely changing their code. Construction of a sensate skin in such a modular fashion promises intrinsic scalability, where peer-to-peer connections between neighbors can reduce local data, which can then be sent to the brain by the high-speed common backbone.

Paradiso observed two general trends in sensor networks: Either the individual sensors are routed to a central processing unit or as completely decentralized sensor networks. So in SNAKE, data can be processed locally because each node is given processing power. Each node can also be connected to each other to create a skin like surface to react to the same kinds of stimuli that our skin encounters. The idea of a communication link between nodes is inspired by how our cells communicate with one another. When stimulated they generate an electrical pulse, informing our brain, while also releasing neurochemical transmitters received by neighboring cells.

Each skin patch in SNAKE is a sensor network composed by sensor nodes. Each node is made of a multi layer, flexible circuit substrate that sense six physical quantities: Stain/Bending by using two orthogonal custom made strain gages. Proximity/Activity by using a piezoelectric cantilever. Absolute pressure by using a quantum-tunneling effect material. Ambient light by adding an integrated sensor. Audio by adding a MEMS microphone. Temperature by using an integrated temperature sensor.

Related work in the field

Paintable Computer designed by William Butera for his PhD thesis at MIT. Paintable Computing is: "An agglomerate of numerous, finely dispersed, ultra miniaturized computing particles; each positioned randomly, running asynchronously and communicating locally -Butera".

Tribble designed by Josh Lifton is a tactile reactive interface built by linked elements assembled in a sphere made up of tiles. The advantage of this work is to be a completely decentralized network; each node is capable of processing its own generated data without the need of a centralized processing unit. The cons is probably its shape, fixed, preventing it of being a scalable smart surface. Also it is power hungry!



Tribble

Pushpin Computing
The project developed by Josh Lifton & Michael Broxton consists of a hundred of peer-to-peer wireless sensor nodes freely distributed over a table-top interface.



Pushpin

Recreating the sense of touch have been explored by many other researchers, but all of them rely on a centralized processing unit to process the data extracted from the sensors. For instance, Lumelsky's sensitive skin, a prototype of a skin patch with infrared lights and receivers used as proximity sensors. Hakozaki created a flexible robot skin to cover wide robot surfaces. Rekimoto presents a capacitive "smart skin" sensor for use in interactive surfaces.

Also prior work as shown artificial sensate skins not implemented as sensor networks but as sensor matrices: each sensor must be individually routed to a central processing unit. This is the case for instance for Takao Someya and his large flexible sensor matrix with organic field effect transistors or for M. Sergio's textile-based capacitive sensor array that can be used as sensitive skin.



Takao Someya' sensor matrix

An artificial sensate skin needs to be flexible. The innovative work of Stephanie Lacour is probably the most prominent example. She has created a new conducting material that can be stretched and still retain their electronic properties this by depositing thin gold layers on elastic rubber substrates. Also one can refer to the work done on the e-paper by Jacobson, micro capsules, filled with electronically loaded white parts that were dissolved in a dark colored oil.

-> Link <- to the .pdf of Pérez thesis.

Posted by Cati Vaucelle @ Architectradure

Yard sale treasures

This summer is the perfect period for yard sales! I have a few secret collections that are building up! All of them related to my research of course. One of my recent find is this vintage electronic kit for children, "discover the magic and mystery of electronics in minutes". Working in a group that researches on a seamless and tangible relationship to digital information, I find this child's game particularly of interest.

Each block represents an electronic component. As the child assembles the blocks together, the child designs a circuit. All the pieces have a magnet underneath. They can be assembled on a metallic large plate, plate that works as the circuit ground. The game is about electronics, analog electronics, but the iteration process of electronics discovery is "tangible". The child can relate to the kit like a puzzle and by this is invited to experiment with each piece. Many authors have claimed that the understanding of electronics is hands-on. Making this process connected to the learning of electronic symbols + offering a puzzle based interaction to circuit design is very exciting! Now there is a consequence to the connection of the pieces, where the electronics knowledge starts and the children are empowered in the design, focusing essentially on their component and how they spatially fits. Later on they can move on to working directly with the components ...

I have a more recent version of an electronic kit that shows directly the components, not the symbols. The connection is made by inserting wires between each component. I much prefer the puzzle based approach that welcome easy improvisation and experimentation with circuit design.

Posted by Cati Vaucelle @ Architectradure

Physical Heart in a Virtual Body

My friend Amit Zoran, from the Ambient Intelligence group at MIT Media Lab, continued his work on structural innovation, re-designing acoustic musical instrument according to the abilities and characteristics of rapid prototype materials. Together with Pattie Maes and Marco Coppiardi, they created a new generation of physical instruments by tailoring wooden hearts. The wooden pieces are inserted in body of the guitar to give the instrument the desired sound identity.

Watch the video of the resonator ->here<-



Amit changing the physical heart of his guitar

can traditional values be embedded into a digital object? in this project we implement a special guitar that combines physical acoustic properties with virtual capabilities. The acoustical values will be embodied by a wooden heart - a unique, replaceable piece of wood that will give the guitar a unique acoustic sound. The acoustic signal created by this wooden heart will be digitally processed in a virtual sound box in order to create flexible sound design.

His research will be presented at Nime 2008 this summer.
His paper is ->here<-
His presentation is ->here<-



Posted by Cati Vaucelle @ Architectradure

A Health-Obsessed Robot for Health Obsessives

After leaving us for London, Daisy Ginsberg now designs health obsessed robots at RCA! Daisy uses her Bio Spy concept to express that we develop irrational relationships with machines, mourning dead appliances or resisting unfamiliar replacements. How will we behave when robots are trusted with the most intimate moments of our personal lives? Will the master/slave relationship survive? Is symbiosis with a robot possible? And what are the consequences of offering our most personal data for surveillance? Her questions remind me of my post on jealous computers and the 80's electric dreams movie, with a special RCA's touch!



For the hypochondriac, the BioSpy offers reassuring constant health surveillance, removing the nagging fear of illness. But would such a health aid induce unhealthy behaviour? The user and robot develop obsessive mutual dependence: the user only feels healthy when accompanied by the robot, sharing her most intimate information with it. Meanwhile, recording, storing and analyzing every physical change 24/7, the robot is dependent on its user's health for its existence.



After a period of domestic harmony, the robot captures data that indicates serious illness. ‘Fearful’, it mirrors its user's own neurosis. It logically computes that if it records any more data, it might ultimately result in unplugging. The robot’s erratic behaviour confuses the owner – is it behaving autonomously or malfunctioning? Is the user really ill or is it imagined?

Posted by Cati Vaucelle @ Architectradure

A stackable electric city vehicle

I had previously posted on cars that fly, swim or shrink. I mainly referred to the retractable scooter that Bill Mitchell showed us at the Media Lab Open House'08. It is an impressive piece of gear that I cannot wait to get!



However the city car is pretty neat as well ...


The City Car is designed by the smart cities group at MIT Media lab directed by Prof. Mitchell. The project is created by Ryan Chin, Wayne Higgins, Mitchell Joachim, Will Lark, Raul-David "Retro" Poblano, Peter Schmitt, Andres Sevtsuk and Franco Vairani at MIT.

The City Car is the coolest idea: a stackable electric city vehicle for use in dense urban areas! Vehicle Stacks will be placed throughout the city to create an urban transportation network that takes advantage of existing infrastructure such as subway and bus lines. By placing stacks in urban spaces and key points of convergence, the vehicle allows the citizens the flexibility to combine mass transit effectively with individualized mobility. The stack receives incoming vehicles and electrically charges them. Similar to luggage carts at the airport, users simply take the first fully charged vehicle at the front of the stack. The City car is NOT a replacement for personal vehicles, taxis, buses, or trucks; it is a NEW vehicle type that promotes a socially responsible and more effective means of urban mobility!

I looked at the process and strategy used by Will Lark, one of the researcher working on this project. He studies and constructs physical representations of architectural details of varying sizes and materials, then apply shape grammar rules for new geometry generation. His strategy is to use the software CATIA, a parametric modeling CAD program, used to design the complex geometry. The shapes are then fabricated through various media: 3D rapid prototyping, 2D rapid prototyping with 3D assembly, and full manual construction. Comparisons are then made between the automated and manual construction.

Posted by Cati Vaucelle @ Architectradure

All you can eat!

... and you can eat even more!



In the spirit of eating your keyboard, your pencils, eating candies in the form of pills, drinking latte with laser printed patterns, up to making coded silverware ... the field of food products is quite large by now!

I recently found a tie that is made of breakfast cereals by Bryony Birkbeck. The artist proposes a series of eatable ties exploring the redundancy of the tie in modern society by giving the garment a new set of functions!



Posted by Cati Vaucelle @ Architectradure

A chair to peel

The Cabbage Chair, 2008

Nendo designed the cabbage chair for XXIst Century Man exhibition curated by Issey Miyake to commemorate the first anniversary of 21_21 Design Sight in Roppongi, Tokyo.

Miyake asked the designers to make furniture out of the pleated paper that is produced in mass amounts during the process of making pleated fabric, and usually abandoned as an unwanted by-product. The designers' solution to his challenge transformed a roll of pleated paper into a small chair that appears naturally as you peel away its outside layers, one layer at a time.



Resins added during the original paper production process adds strength and the ability to remember forms, and the pleats themselves give the chair elasticity and a springy resilience, for an overall effect that looks almost rough, but gives the user a soft, comfortable seating experience.


Photo by Masayuki Hayashi

Since the production process is so simple, the designers thought that eventually, the chair could be shipped as one compact roll for the user to cut open and peel back at home. The chair has no internal structure. It is not finished, and it is assembled without nails or screws. This primitive design responds gently to fabrication and distribution costs and environmental concerns, the kinds of issues that face our 21st century selves. Thus, the cabbage chair fits active, optimistic and forward-moving "21st century people", the kind of people who, to borrow a concept Miyake expressed during a meeting with Nendo, "don't just wear clothes, but shed their skin".



Posted by Cati Vaucelle @ Architectradure
.............................................................................................
Blog Jouons Blog Maison Blog Passion