1. Social Web’s Big Question: Federate or Aggregate? - GigaOM


    Inventor and tech-philosopher Dave Winer Twittered tonight that federation is the hot thing, pointing to a New York Times article about Facebook Connect. And just like that he touched upon the third rail of our increasingly social web. The big question facing the social web depends on the direction it needs to take. A sharp increase in the number of web services and social networks has many of us yearning for a single sign-on, which has lead to the idea of “federation.” On the flip side, we also want one place to manage our diverse web services in one place — aggregate. These two diametrically opposed views of how we are going to come to grips with our social web are going to face an intense debate until consumers vote with their clicks.

    Social Web’s Big Question: Federate or Aggregate? - GigaOM

    via Igor Schwarzmann on Friendfeed


  2. Your Search Activity Predicts Flu Outbreaks

    Your Search Activity Predicts Flu Outbreaks

    google flu data vs cdc

    Google.org has released Flu Trends, an online reporting tool for flu-related search activity. It’s long been theorized that Google’s search data would be useful to predict epidemics. This is the first time they’ve released a tool like this to the public. As they say on the main page:

    We have found a close relationship between how many people search for flu-related topics and how many people actually have flu symptoms. Of course, not every person who searches for “flu” is actually sick, but a pattern emerges when all the flu-related search queries from each state and region are added together. We compared our query counts with data from a surveillance system managed by the U.S. Centers for Disease Control and Prevention (CDC) and discovered that some search queries tend to be popular exactly when flu season is happening. By counting how often we see these search queries, we can estimate how much flu is circulating in various regions of the United States.

    This tool comes to us via Google.org’s Predict & Prevent initiative. You can download the data for your own analysis.

    If you want to check the status other diseases HealthMap, an online “Global Disease Alert Map”. The automated site uses a variety sources including Google News, traveler reports, and official WHO alerts to track diseases across the world. It is another Google.org investment

    Tools like Flu Tends will work in areas where people have access to the internet or use Google. Though Google is number one in the US, it doesn’t have top status in all countries and will not necessarily have enough data to make meaningful determinations. If Flu Trends proves valuable enough I wonder if other countries’ CDC-equivalents will pressure their top search engines to develop similar tools.

    current flu analysis

    (via O’Reilly Radar - Insight, analysis, and research about emerging technologies.)


  3. Memeorandum Colors: Visualizing Political Bias with Greasemonkey - Waxy.org


    Colorizing political linking behavior. Nice work by Andy Baio and Josh Schachter
    Memeorandum Colors: Visualizing Political Bias with Greasemonkey - Waxy.org

    Via Tim O’Reilly Twitts


  4. Posters and Indesign Scripting


    Benedikt Groß » Diploma - Posters and Indesign Scripting


  5. Interactive Radiohead Music Video

    Interactive Radiohead Music Video

    Radiohead’s new video for their single ‘House of Cards’ was created without the use of conventional cameras. Instead it uses 3D acquisition techniques to create a unique video, an interactive experience, and the possibility for fans to create their own videos.

    radiohead1

    To create the visuals, two different 3D acquisition systems were used. The Geometric Informatics scanning system, which is designed to capture 3D images at close range, was used to scan the face of Thom Yorke singing and other extras in the video. The Velodyne Lidar system on the other hand is able to capture large environments in 3D using 64 lasers that shoot in a 360 degree radius. This technique was primarily used to capture exterior scenes.

    radiohead3

    The captured data was used to create the unique retro look of the video, but apart from that an interactive version has also been released in which it’s possible to rotate and zoom through the 3D point clouds that make up the visuals. An extra feature, for the nerds among us, is the raw data that was captured, which fans can use to further expand the video.

    Official House of Cards video.

    Check out the special YouTube channel that has been set up gather the different fan videos and experiments.

    The Making-of House of Cards.

    Download point cloud data.

    (via digitalexperience.)


  6. Widgenie data sharing widgets

    Widgenie data sharing widgets

    widgenie.jpg
    a new online socially-driven data visualization service, in the same line of Many Eyes & Swivel & Track-n-Graph, which allows users to visualize & share information through the use of small widgets. Widgenie allows data to be acquired from spreadsheets & be visually shared online through a sequence of simple, online steps. the current visualization methods include the traditional line charts, bar charts, area charts, pie charts & text clouds.

    [link: widgenie.com]

    UPDATE: unfortunately, the widget seems to mess up the layout terribly…

    (via information aesthetics.)


  7. RoboVault

    RoboVault

    RoboVault describes itself as a Maximum Security Robotic Storage facility.
    Hurricane-resistant, fully insured, and protected by biometrics, RoboVault is proposed for “an extraordinary location at the crossroads of several major roadway arteries including Port Everglades and the Hollywood/Fort Lauderdale International airport.”

    [Image: A glimpse inside RoboVault].

    “No one enters the storage part of the facility,” we read; this has the effect of “minimizing the risk of theft or damage.” Indeed, “This revolutionary concept in storage uses robotic parking garage technology, allowing you to operate your rented storage unit automatically, so you can store and retrieve your possessions when you want.”
    Which raises the question: How much longer must we wait before robotic parking garage technology crosses over into other architectural typologies? Single-family homes (you move your bedroom to the ground floor every morning), libraries (where’s that book? oh, that’s right… whoosh), football stadiums (your seats greet you at the entry gate).
    In fact, for me, this whole complex sounds more like something out of a design studio at SCI-Arc, combining transport infrastructure, personal consumption, import/export laws, national sovereignty, exurban geography, climate control (the building offers “atmospheric consistency,” we’re told), new business models, biometrics, and the mechano-Derridean future of the archive – together with the narrative possibilities of architectural representation.
    “What’s your building’s story?” the concerned professor asks.
    You could even invent a new – presumably quite boring – party game. Take a proposed building or business model from anywhere in the world and then work backward: Try to imagine the design studio in which that project would first have been proposed. Try to imagine what they read. Try to imagine the keywords.

    [Image: The biometrics of RoboVault].

    In any case:

      Here’s how it works: If you rent a RoboVault Space, you simply place your prize possession on the elevator, use the retinal eye scan and keypad security features and your property is safely stored away in a matter of seconds. You use the same process to retrieve your possession. Since there are no floors or entries, you don’t have to worry about theft or vandalism. With RoboVault Spaces, you’re buying peace of mind!

    It all seems to have been designed solely to be featured in an as-yet-unannounced Jerry Bruckheimer film.

    [Image: RoboVault's "extraordinary location at the crossroads of several major roadway arteries including Port Everglades and the Hollywood/Fort Lauderdale International airport"].

    If you’ll excuse the long quotation, this reads like the opening scene of Bad Boys III or Mission Impossible IV – or even Blade: Miami Nights:

      A vehicle arrives at the overhead door and notifies the office of their impending entry. The overhead door is raised and the vehicle drives into the building after which the overhead door is then closed. The client is the only person/vehicle in this secure area. The client removes the contents to be stored from the vehicle and accesses the interior door by use of a pin code and biometric scan. When this occurs, the office staff is notified and meets the individual to provide access into the safe deposit box room. Once inside the dual locking system can be accessed by the client and RoboVault staff. The client then has the option to enter into one of two small viewing rooms. Exiting of the safe deposit box room will occur much in the same manner. An important feature is that there is one entry and exit out of the safe deposit box room. Each member of RoboVault personnel is bonded and have gone through background checks to ensure complete reliability.

    Et cetera.
    I love the idea, though, that certain building types – certain works of architecture – can actually catalyze new business models, complete with ripple effects outward into the worlds of insurance, tax law, and even the private behaviors of everyday citizens.

    [Image: RoboVault].

    And then you’ll franchise this building type, and build one in London, and wild new filmic possibilities arise. Bank Job 2. National Treasure 3.
    Architecture built only for the purpose of inspiring Hollywood sequels.

    (Thanks to Adam S. for the link!)

    (via BLDGBLOG.)


  8. White Glove Tracking

    White Glove Tracking

    White Glove Tracking
    There are 10,060 frames of video in Michael Jackson’s 5 min 34 sec nationally televised landmark performance of Billy Jean. The White Glove Tracking project (W.G.T.) is an effort to isolate just the white glove from this moment in pop-culture history. Rather then write unnecessarily complex code to find the glove in every frame of the video I am asking for the assistance of 10,060 individual internet users to simply click and drag a box around the glove in one frame. In the end this data will be shared freely for all to download, visualize, and use as an input into other digital systems.

    (via manystuff.org.)

    UPDATE: On May 4th, 2007, we asked internet users to help isolate Michael Jackson’s white glove in all 10,060 frames of his nationally televised landmark performance of Billy Jean. 72 hours later 125,000 gloves had been located. wgt_data_v1.txt (listed below) is the culmination of data collected. It is released here for all to download and use as an input into any digital system. Just as the data was gathered collectively it is our hope that it will be visualized collectively. Please email links to your apps, video, source code, and/or screen shots to evan[at]eyebeam[dot]org. Work will be exhibited in an online gallery and depending on popularity and interest potentially in a forthcoming physical gallery exhibition as well. Huge thanks to everyone that contributed to the data collection.


  9. Heart Monitors and the Limit of Self-Knowledge

    Heart Monitors and the Limit of Self-Knowledge

    HerophilusClock.jpg

    The heart rate is among the earliest biometrics used by humans to take stock of themselves. Before mechanical clocks were invented, this was hard. The first doctor credited with making objective measurements of the pulse was an Alexandrian physician named Herophilos, from the 3rd century, B.C., who used a water clock as his chronometer. Using a specified outflow of water to set the time interval, he counted the heart beats of four healthy individuals of different ages, which gave him a base rate against which to compare the pulse of his patients. Genius!

    It’s easier to find our heart rate now. In fact, it’s so easy it’s become complicated again. What you used to be able to do with two fingers and a second hand now requires a cardiac monitor, sometimes with a chest strap and a wireless connection to the wearable computer on your wrist. These complications are associated with bigger benefits; we can correlate our heart rate with our exercise regime, for instance. There are more than 700 heart rate monitors listed on Amazon. Many of the best monitors require a chest strap. Why not just put this in our clothing? The one pictured below is from Numetrex. full-cardioshirt.jpg

    Pacing exercise is just one of the things we might want to do with data about the rhythm of our heart. The pattern of the heart beat is a clue to health, and, ideally, it would be tracked all the time. For monitoring serious conditions, how about if we move the monitor from our wrist or our clothing, and put it inside our body? The image below is of a tiny cardiac monitor the size of a small memory stick. It is implanted in a patient’s chest, and recorded measurements can be picked up from the outside.

    RevealDX.jpgAs we generate more data, the patterns become too complex for our brains to recognize. ECG measurements have to be read by trained physicians. Or by artificial intelligences. While reporting an upcoming story in Wired about the great inventor Ray Kurzweil, who is best known for his reading machine and his theory of the singularity, I found how that his company has also been involved in researching the use of artificial intelligence for the interpretation of ECG. His friend Martine Rothblatt, the founder of United Therapeutics hired Kurzweil’s company to contribute some improvements to the algorithm underlying CardioPal, a 24/7 cardiac monitoring system designed to provide early warning of arrhythmias. CardioPal is produced by Medicomp, a United Therapeutics subsidiary. The underlying algorithm is named Diogenes.

    Diogenes.pngThere is a lot of interesting science behind the interpretation of ECG, and it is easy to imagine a not-too-distant era when internal cardiac monitors are a normal health maintenance device, automatically warning of impending problems. The curious thing about this vision of a totally monitored future is that the algorithms that interpret data from these monitors inevitably becomes more and more complex, easily outstripping our capacity for unaided interpretation. We will get a warning of impending doom, but not fully understand why this warning is issued. We will gain more power over ourselves, but not more self-understanding. Maybe we have to adjust our idea of who we are. The artificial intelligence upon which we rely - can this be understood as part of our self?

    (via Quantified Self.)


  10. Open Platforms

    Open Platforms

    20080329_tokyo_0080-thumb.jpg

    These screens located at the entrance Izu Koogen station show a close circuit TV picture of the train departure times as seen from the station platform, plus ambient data of the platform itself.

    For every closed system the interface to something, more, open. The loss of data granularity and for the consumer of that data whether it makes a difference?

    (via Future Perfect)


r-echos is an experimental online magazine dedicated to republication

-->

Design & Designers

Art, Artist & Theory

Republishing

Music, Concert, Gig & Instruments

special London

  • Most Read Posts:
  • ARCHITECTURE, DESIGN & APPLIED ARTS


    architecture
    design
    fashion
    furniture
    graphic design
    photography


    EXPLORE ELECTRONIC CULTURE


    Architecture, Installations & Building
    art
    coding, technical, mathematics & generative
    diy
    electronic culture
    hardware
    language
    science
    technology


    EXPERIMENTATION, MAGAZINE & REPUBLISHING


    R-Echos issues
    R-Echos issue 1
    R-Echos issue 2: Scanners
    Defragmentation
    Defragmentation 1
    Defragmentation 2
    Defragmentation 3


  • Recent Posts
  • Tags
  • Categories
  • Pages