Food computer: Difference between revisions
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The Food Computer “creates a controlled environment using robotic control systems and actuated climate, energy, and plant sensing mechanisms. Not unlike climate-controlled data centers optimized for rows of servers, FCs are designed to optimize agricultural production by monitoring and actuating a desired climate inside of a growing chamber.” Cited by [http://spectrum.ieee.org/computing/embedded-systems/mits-food-computer-the-future-of-urban-agriculture IEEE Spectrum], 1/2016 | |||
{{quotation|The combination of open sourced digital plant recipes, open technology platforms, and the IoP will lead to the democratization of food production enabled by massive communities of users. }} (Hapert & Siller, 2015:27) | |||
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[[Category: Hardware]] | [[Category: Hardware]] | ||
[[Category: Fab lab]] | |||
Revision as of 17:30, 21 January 2016
The Food Computer “creates a controlled environment using robotic control systems and actuated climate, energy, and plant sensing mechanisms. Not unlike climate-controlled data centers optimized for rows of servers, FCs are designed to optimize agricultural production by monitoring and actuating a desired climate inside of a growing chamber.” Cited by IEEE Spectrum, 1/2016
“The combination of open sourced digital plant recipes, open technology platforms, and the IoP will lead to the democratization of food production enabled by massive communities of users.” (Hapert & Siller, 2015:27)
Links
MIT OpenAG:
Bibliography
- Harper, C.; Siller, M., "OpenAG: A Globally Distributed Network of Food Computing," in Pervasive Computing, IEEE , vol.14, no.4, pp.24-27, Oct.-Dec. 2015, doi: 10.1109/MPRV.2015.72, PDF (?)