Image Scanning Sequencer

The Image Scanning Sequencer transforms hand-drawn graphics into music using photo cells. The handheld scanner triggers MIDI notes based on what it’s picking up and plays haunting melodies accordingly.

The location of the detected ‘note’ sets the pitch of what is played, while the darkness controls the velocity of the notes. The scanner consists of a handheld device that holds a strip of photo cells. Between the scanner and the computer is a so-called Arduino, which is an open-source electronics prototyping platform that uses a variety of sensors to sense the environment.

Check out the video of some very strange music.

More info and a do-it-yourself guide can be found on the project’s website.

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(via digitalexperience.)

ILoveSketch from Seok-Hyung Bae on Vimeo.

via La Revue du Design
ILoveSketch on Vimeo

Richard Brown: “

I’m currently over in Vienna settng up my work for the upcoming Pask Present Exhibition which opens tomorrow. If your in the area feel free to join us for the opening night tomorrow (25th March). One of the artists exhibiting is Richard Brown, so I thought I’d show a taste of his work. Richard Brown has a BSc in Computers & Cybernetics and an MA in Fine Art and works as a hybrid artist, inventor and entrepreneur creating interactive and mimetic experiences using a wide variety of media, including the digital, the analogue and the chemical. His works explores the perception of space, time and energy encompassing ideas from cybernetics, artificial life, interaction design, emergence, complexity and alchemy.

Static Machine

Between 1995 and 2001 Richard was a Research Fellow at the Royal College of Art where he created and exhibited three major interactive works Alembic (ICA 1998), Biotica (Siggraph 2000) and the Neural Net Starfish (Millennium Dome 2000). Whist at the RCA Richard also published the book ‘Biotica: Art, Emergence and Artificial- Life‘. He has been an Honorary Senior Research Fellow at the Victorian College of Art, Melbourne University, and artist-in-residence at CEMA (Centre for Electronic Media Arts), Monash University.In 2006 Richard was invited by Edinburgh Informatics to be their first Research Artist in Residence. In this role, he has developed projects combining art, informatics and communications research.

Here are a selection of projects of his but you can see many more at the Pask Present Exhibition.

Electromagnetic Time Machine 1983

An electromagnetic kinetic sculpture using the cybernetic principle of regulatory feedback to generate complex oscillatory behaviour. Each electromagnetic relay is physically coupled to a vertical pendulum and electrically influenced by its immediate neighbour. When a relay closes it causes the relay in front to close only if the relay behind is open, thus creating a regulatory feedback loop with unstable oscillations due to the differing physical weightings of the vertical pendulums. A simple PIR sensor activates the work, the pulsing lights indicating the closing and opening of each relay.

Cybernetics concerns itself with any type of system that involves sensing and feedback, biological, ecological, mechanical and chemical. Gordon Pask created cybernetic feedback mechanisms using electromechanical and analogue components in his works, such as ‘Colloquy of mobiles’ in the same vein, Time Machine represents an alternative paradigm to the digital.

Dendritics I, II and III

The Electrochemical System is inspired by Gordon Pask’s early experiments with electrochemistry. The central negatively charged copper electrode of each glass is surrounded by four positively charged copper electrodes. Copper dendrites grow from the central electrode reaching out to the outer electrodes. The plates are connected so that each glass is in competition with the other, more charge being consumed by the fastest growing dendrite. Each outer electrode is connected via an LED whose brightness indicates the voltage difference.

This work represents an experiment in using dendritic growth as self regulating switching mechanisms, as a dendrite grows, it consumes more potential in competition with other dendrites trying to grow from the same power source. Pask describes the possibilities of chemical computing, the energy systems involved and illustrates a number of circuit possibilities for dendritic circuits on pp 105–108 in his book ‘An approach to Cybernetics’, Pask 1961.

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(Via Interactive Architecture dot Org.)

Improvised bookmarks found in used books.: “

A website I just came across reminded me of an odd interaction I once had with a lady in the subway: I grabbed my book in my bag, opened it, and a $1 bill appeared which I used as a bookmark. I could sense how the lady did a double-take and looked and me saying: ‘You are not really using money as a bookmark, are you?’ ‘Uhm, yes I am…’. She was obviously appaled. Disovering this Improvised bookmarks found and used in books link over at designobserver let’s me sigh in relief. I am not that odd after all. People use MUCH stranger things than a $1 bill to mark a page. Paper Towel bookmarker anyone?

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(Via swissmiss.)

Brain Chips: “

CNN reports on a couple of companies, Cyberkintic and Neural Signals, developing neural implants for the disabled and some of the impacts they are destined to have on the public at large..

‘In this trial,’ he explains, ‘we’ve implanted a tiny chip in the brain and that tiny chip picks up signals about moving the arm.’ The signal is then converted into simple commands that can be used to control computers, turn lights on and off, control a television set. Or, as Donoghue explains, ‘control robotic devices like an artificial hand… or a robotic arm.’

‘You are going to have individuals who have super-power of memories, calculation abilities and communication abilities and be far superior than the rest of us.’

(Via igargoyle.)

[tags]brain, implant, body modification, disabled, impaired, electronic,cyborg, enhancement[/tags]