Here is some of the information that might go on the boards::
Board 1
-Title block with small description of the project.
-Show bottom-up approach at different scales:
solid>single nbot>self-rep of nbot (process/factory)>wall of nbots(“utility fog”)>plane made of nbots.
-show interactions between users–emergant design, peer production, free source. show how a networked database links together inhabitants and structures.
Board 2
-Show all data (weather/climate, lat./long., etc)from the four [different] chosen climates (arid, temperate, tropical, subarctic).
-Show how this data is read, put into the database, and the structure changed based on this weather/climate/regional data.
-Show what in turn this does to the compositional make-up of the “utility fog”–i.e. thickening, thinning, etc.
-Show our sustainable (off-the-grid) process of how water and waste are reused. Also, how energy will be harvested and then reused.
Mock Layout
Here is some of the information that might go on the boards::
Board 1
-Title block with small description of the project.
-Show bottom-up approach at different scales:
solid>single nbot>self-rep of nbot (process/factory)>wall of nbots(“utility fog”)>plane made of nbots.
-show interactions between users–emergant design, peer production, free source. show how a networked database links together inhabitants and structures.
Board 2
-Show all data (weather/climate, lat./long., etc)from the four [different] chosen climates (arid, temperate, tropical, subarctic).
-Show how this data is read, put into the database, and the structure changed based on this weather/climate/regional data.
-Show what in turn this does to the compositional make-up of the “utility fog”–i.e. thickening, thinning, etc.
-Show our sustainable (off-the-grid) process of how water and waste are reused. Also, how energy will be harvested and then reused.
More information may be needed/shown.
Nice stuff,
Thanks for sharing.