Author: Julie Knight

  • 31MayA spying robot

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    Presented in Liberation, a highchool in South Korea, Seoul, will adopt a new kind of robot, the OFRO to check on kids at school. Communicating with school supervisors via a video camera and a microphone, it can detect any suspicious activity. Thank you Olivier for the link!

    I now hope for a subversive robot, much cooler, with fancier behavior, created as a response to this very scaring surveillance attempt.


  • 31MayA spying robot

    If you’re new here, you may want to subscribe to my RSS feed to receive the latest Architectradure’s articles in your reader or via email. Thanks for visiting!

    Presented in Liberation, a highchool in South Korea, Seoul, will adopt a new kind of robot, the OFRO to check on kids at school. Communicating with school supervisors via a video camera and a microphone, it can detect any suspicious activity. Thank you Olivier for the link!

    I now hope for a subversive robot, much cooler, with fancier behavior, created as a response to this very scaring surveillance attempt.


  • 30MayInteractive surfaces

    If you’re new here, you may want to subscribe to my RSS feed to receive the latest Architectradure’s articles in your reader or via email. Thanks for visiting!



    Interaction with microsoft surface

    Microsoft Surface, a finger interactive table to organize digital media, will be available on the market in winter 2007.

    Videos.



    Microsfot surface table

    This very neat idea of interactive surface is in the research market for a long time now: for instance with Diamondtouch, Ali Mazalek’s tangible viewpoints and James Patten’ sensetable from 2000-2001. It is exciting the process of this research being revisted by giant companies for mass production. I wish they would have kept the tangible quality of objects to control digital data. Maybe Pattenstudio will take care of that part!

    Video of audiopad by James Patten and Ben Recht.


  • 30MayInteractive surfaces

    If you’re new here, you may want to subscribe to my RSS feed to receive the latest Architectradure’s articles in your reader or via email. Thanks for visiting!



    Interaction with microsoft surface

    Microsoft Surface, a finger interactive table to organize digital media, will be available on the market in winter 2007.

    Videos.



    Microsfot surface table

    This very neat idea of interactive surface is in the research market for a long time now: for instance with Diamondtouch, Ali Mazalek’s tangible viewpoints and James Patten’ sensetable from 2000-2001. It is exciting the process of this research being revisted by giant companies for mass production. I wish they would have kept the tangible quality of objects to control digital data. Maybe Pattenstudio will take care of that part!

    Video of audiopad by James Patten and Ben Recht.


  • 29MayRenewable energy

    If you’re new here, you may want to subscribe to my RSS feed to receive the latest Architectradure’s articles in your reader or via email. Thanks for visiting!

    Aurelius introduced me to Cool Earth, a renewable energy startup. It has patented a way to make solar energy more efficient than coal. Impressive …

    Three years ago our top scientists and Nobel Prize winners met in Washington in search of a solution to energy-related Global Warming. Four points came from the meeting:- there is no solution available

    – yet we must implement one by 2050

    – the only power source that presents a viable solution is solar

    – but solar energy is currently far too expensive.

    Cool Earth was formed to solve this problem. Now. With currently available technology. We are working to reduce the cost of solar electricity by a factor of 25, making it cheaper to produce than energy from coal or other non-renewable sources. By developing a solution from minimal, low-cost materials, we aim to make solar generation as profitable as today’s best investment options.

    This extreme goal has led us to exactly one real and viable solution: a solar farming approach, based on concentrated photovoltaic collectors, constructed from inexpensive, widely-available plastic films.

    Here’s how the system works:

    Inflatable concentrators gather light and focus it onto photovoltaic cells, increasing the energy impacting the cells many times over. Our design costs 400 times less per collected area than conventional mirrors, can withstand 100 mph winds, and can protect the mirror surface and receiver from rain, insects, and dirt.

    Series of concentrators are suspended on support and control cables stretched between poles. By suspending the concentrators, vast areas of land can be easily converted for solar energy production with limited environmental impact. The ground beneath the concentrators remains free for other uses, such as farming or ranching.

    The timing is perfect. Our technology is in place. And we have a plan to reach “grid parity” in three years, not thirty.


  • 29MayRenewable energy

    If you’re new here, you may want to subscribe to my RSS feed to receive the latest Architectradure’s articles in your reader or via email. Thanks for visiting!

    Aurelius introduced me to Cool Earth, a renewable energy startup. It has patented a way to make solar energy more efficient than coal. Impressive …

    Three years ago our top scientists and Nobel Prize winners met in Washington in search of a solution to energy-related Global Warming. Four points came from the meeting:- there is no solution available

    – yet we must implement one by 2050

    – the only power source that presents a viable solution is solar

    – but solar energy is currently far too expensive.

    Cool Earth was formed to solve this problem. Now. With currently available technology. We are working to reduce the cost of solar electricity by a factor of 25, making it cheaper to produce than energy from coal or other non-renewable sources. By developing a solution from minimal, low-cost materials, we aim to make solar generation as profitable as today’s best investment options.

    This extreme goal has led us to exactly one real and viable solution: a solar farming approach, based on concentrated photovoltaic collectors, constructed from inexpensive, widely-available plastic films.

    Here’s how the system works:

    Inflatable concentrators gather light and focus it onto photovoltaic cells, increasing the energy impacting the cells many times over. Our design costs 400 times less per collected area than conventional mirrors, can withstand 100 mph winds, and can protect the mirror surface and receiver from rain, insects, and dirt.

    Series of concentrators are suspended on support and control cables stretched between poles. By suspending the concentrators, vast areas of land can be easily converted for solar energy production with limited environmental impact. The ground beneath the concentrators remains free for other uses, such as farming or ranching.

    The timing is perfect. Our technology is in place. And we have a plan to reach “grid parity” in three years, not thirty.


  • 28MaySuper Hero and the Wii

    If you’re new here, you may want to subscribe to my RSS feed to receive the latest Architectradure’s articles in your reader or via email. Thanks for visiting!



    Now, one can almost fully be a Super Hero Marvel with the Wii. Thank you Olivier! More pictures.


  • 28MaySuper Hero and the Wii

    If you’re new here, you may want to subscribe to my RSS feed to receive the latest Architectradure’s articles in your reader or via email. Thanks for visiting!



    Now, one can almost fully be a Super Hero Marvel with the Wii. Thank you Olivier! More pictures.


  • 16MayMachine Therapy

    I mentioned the work of Kelly Dobson about a year ago. Today, I attended her VERY inspiring thesis defense at the Media Lab, researching on Machine Therapy. I love her personal relationship to machines. I cannot wait to read her thesis!

    Abstract

    In this thesis I describe a new body of work called Machine Therapy, a methodology for revealing the vital relevance of subconscious elements of human-machine interactions that works within art, design, psychodynamics, and engineering. This practice highlights what machines actually do and mean, in contrast to what their designers consciously intended. Machine Therapy is a cyclical process that alternates between discussion of and sessions for empathic relationships with domestic appliances, personal extension and connection via wearable and prosthetic apparatuses, and the design of evocative visceral robots that interact with people’s understandings of themselves and each other. Combining research and practice in digital signal processing and machine learning, mechanical engineering, and textile sensor design, I have been able to create new objects and relationships that are unique in some aspects while maintaining quotidian familiarity in other aspects. This is illustrated through the documented construction of several projects including re-appropriated domestic devices, wearable apparatuses, and machines that act in relation with users’ autonomic signals. These Machine Therapy devices are evaluated in studies of participants’ interactive engagements with the machines as well as participants’ affective responses to the machines. The Machine Therapy projects facilitate unusual explorations of the parapraxis of machine design and use: these usually unconscious elements of our interactions with machines critically affect our sense of self, agency in the social and political world, and shared emotional, cultural, and perceptual development.

    Dissertation Committee

    Christopher Csikszentmihályi

    Associate Professor of Media Arts and Sciences

    Muriel Cooper Professor of Media Arts and Sciences

    Program in Media Arts and Sciences

    MIT Media Laboratory

    Rosalind W. Picard

    Professor of Media Arts and Sciences

    Program in Media Arts and Sciences

    MIT Media Laboratory

    Edith Ackermann, PhD

    Honorary Professor of Developmental Psychology

    University of Aix-Marseille I, France

    Visiting Scientist, MIT School of Architecture

    Kelly’s Web site

    Computing Culture research group


  • 13MayMusic performance: water walk

    In 1960 John Cage appears in a popular TV show and performs the music piece water walk. He uses sounds of everyday objects to compose. His carefulness and very precise actions show that he must have rehearsed hundred of times to perform his piece. Via multimedialab.

    Video

    Recently, Nicholas Knouf created an interactive version of John Cage’s graphical score Variations 2, called Variations 10b. I tried it during an exhibition at the Lewis Music Library at MIT and found the interface very convincing. The interface allows a performer to change the score and get immediate feedback as to the result. Nicholas hopes that both listeners and performers will develop a more nuanced understanding of the score through the use of the interface.

    Paper on variations 10b.



    Three dots activated in a performance