View allAll Photos Tagged algorithmic
For a public lecture, I did a wall drawing where participants rolled dice and called out numbers to help me decide where to put the next line.
Algorithmic trading refers to the process of utilizing computer programs with a defined set of automated instructions to execute and administer a trading activity. Also known as algo-trading, the algorithm employs instructions that are usually based on the quantity, price, timing and volume.
Still playing around with my first work, Process_01. Either you take to it or not. I kind of like the forms it's making.
It was working well with listening to Minamo's 'When Unwelt Melts'
Do Algorithms Care? is a collaboration between artist Amanda Bennetts and data scientist Johanna Einsiedler. The project, realized in an interactive installation that resembles a pristine tech store, offers a critical perspective on the commercialization of personal bio data harvested by devices such as smartwatches and in healthcare industries.
Photo: tom mesic
From a suite of 128 transforms of a concentric circle pattern, following a space-filling curve (Hilbert curve).
Do Algorithms Care? is a collaboration between artist Amanda Bennetts and data scientist Johanna Einsiedler. The project, realized in an interactive installation that resembles a pristine tech store, offers a critical perspective on the commercialization of personal bio data harvested by devices such as smartwatches and in healthcare industries.
Photo: tom mesic
prototype for image analyzing algorithm for viscomm. color bar size = amount of times the color occurs in an image.
drawing on canvas with trear physics tendrils using texones creative computing framework which is based on processing
Do Algorithms Care? is a collaboration between artist Amanda Bennetts and data scientist Johanna Einsiedler. The project, realized in an interactive installation that resembles a pristine tech store, offers a critical perspective on the commercialization of personal bio data harvested by devices such as smartwatches and in healthcare industries.
Photo: tom mesic
This is another atempt of creating my own dynamic range increasing algorithm using Python and PIL.
This time I tried to generate some kind of a map out of the 3 input images to mark which region and how much of this I want to have in my final image.
My script needs 3 parameters a Limit for black, a limit for white and a region of middletones.
With these values it creates such a map. Then the map gets blurred and the 3 input images get merged together exactly the way the map specifies.
I think there is still a lot to do, but this is probably the best idea I had so far and I think the results aren't that bad!
The script will be realesed under GNU/GPL on the-engine.at