Robots
CCSL Self Replication Robots
Hod Lipson at the Cornell Computational Synthesis Lab created intelligent robotic modules that have the ability to recreate themselves. This system was designed so that the number of modules could grow thus making it possible for the system as a whole to have more variation at a larger scale. These robots were made using 3d printing technology compounded with individual microprocessors. Self-similar modules have the ability to wirelessly connect and reconnect through electro-magnetic male-female connections.
Mtran 2 and 3 by DSDRG
The Distributed System Design Research Group began experimenting with different generations of the MTran 2 robots in the hopes of creating a system of self similar robotic modules that would have the ability to change their geometry to accomplish goals. Rapid prototyping, particularly involving the fabrication of electronic parts and a laser cut plastics allow for modules to be inexpensively and quickly manufactured. Much of the logic behind this system mimmicks animal body typology and locomotion. But this system based on its geometry has the ability to nest creating solid objects, limiting gaps between objects. Self-similar modules have the ability to wirelessly connect and reconnect through physical male-female connections.
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Metamorphic Space by Robert Miles Kemp
Miles Kemp’s Masters Thesis at Southern California Institute of Architecture looked at the logic behind robot precedents at the Cornell and Xerox Parc and developed a series of robot prototypes that related to reconfigurable architectural space.
3D Topographic Map Table by Applied Minds
Applied Minds has developed a touch table that displays information in a three dimensional way. Originally developed for Northrop Grummen this table creates a three-dimensional tactile physical map. 4600 pins powered by a single motor push up touch-sensitive silicone screen to simulate the height topography, while vacuum sucks down the rest of the ‘unpinned’ skin. An overhead projector displays a geographical map on skin. The touch-sensitive skin allows gesture input for panning, zooming, & locating. This system responds to touch and can be reprogrammed to display different types of information.
Robert Miles Kemp Bio
Miles Kemp is the founder and principal of Variate LABS and Series Design/Build. Miles is currently developing a number of interface, robotic and spatial projects in Los Angeles, New York, London, Mexico City and Munich. Miles also works as a Senior User Experience Designer and Information Architect for Schematic Inc. specifically developing next generation interfaces for web, touch, gesture and other emerging technology platforms. In addition to his professional work, Miles also created and moderates a blog about robotics and emerging technologies in architecture, www.spatialrobots.com.
