The Algorithmic Gardener’s Field Guide to Pulling Weeds

Teach a robot to pull a weed. What sounds like a straightforward task comprises an intricate set of actions and complicated ideas of nature. Translating a culturally-defined, ambiguous object (‘a weed’) into successful machine code directions requires human-machine negotiation and reveals emerging...

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Bibliographic Details
Main Authors: Shannon McMullen, Fabian Winkler
Format: Article
Language:English
Published: Jap Sam Books 2022-12-01
Series:Cubic Journal
Subjects:
Online Access:https://cubicjournal.org/index.php/cubic/article/view/58
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author Shannon McMullen
Fabian Winkler
author_facet Shannon McMullen
Fabian Winkler
author_sort Shannon McMullen
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description Teach a robot to pull a weed. What sounds like a straightforward task comprises an intricate set of actions and complicated ideas of nature. Translating a culturally-defined, ambiguous object (‘a weed’) into successful machine code directions requires human-machine negotiation and reveals emerging nature-technology relationships. The field guide provided here contains instructions for a Taurus dexterous robot, commonly employed in tele-surgery and roadside bomb diffusion. The soybean plant, also addressed in the code and images, is an intentional choice based on the combination of agro-environmental, technological and political issues involved in its cultivation globally. As an artistic experiment based on existing technologies, this visual and prose-based algorithmic narrative asks readers to think about how culture and politics are embedded in computer code, and how both algorithms and data structures may manifest themselves in future environmental and agricultural realities.
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spelling doaj.art-b5ad562fb79b483a92435072582547792023-04-21T11:33:38ZengJap Sam BooksCubic Journal2589-71012022-12-015510.31182/cubic.2022.5.55The Algorithmic Gardener’s Field Guide to Pulling WeedsShannon McMullen0Fabian Winkler1Purdue UniversityPurdue University Teach a robot to pull a weed. What sounds like a straightforward task comprises an intricate set of actions and complicated ideas of nature. Translating a culturally-defined, ambiguous object (‘a weed’) into successful machine code directions requires human-machine negotiation and reveals emerging nature-technology relationships. The field guide provided here contains instructions for a Taurus dexterous robot, commonly employed in tele-surgery and roadside bomb diffusion. The soybean plant, also addressed in the code and images, is an intentional choice based on the combination of agro-environmental, technological and political issues involved in its cultivation globally. As an artistic experiment based on existing technologies, this visual and prose-based algorithmic narrative asks readers to think about how culture and politics are embedded in computer code, and how both algorithms and data structures may manifest themselves in future environmental and agricultural realities. https://cubicjournal.org/index.php/cubic/article/view/58critical gardeningcomputer visionartificial intelligenceweedsfuture natures
spellingShingle Shannon McMullen
Fabian Winkler
The Algorithmic Gardener’s Field Guide to Pulling Weeds
Cubic Journal
critical gardening
computer vision
artificial intelligence
weeds
future natures
title The Algorithmic Gardener’s Field Guide to Pulling Weeds
title_full The Algorithmic Gardener’s Field Guide to Pulling Weeds
title_fullStr The Algorithmic Gardener’s Field Guide to Pulling Weeds
title_full_unstemmed The Algorithmic Gardener’s Field Guide to Pulling Weeds
title_short The Algorithmic Gardener’s Field Guide to Pulling Weeds
title_sort algorithmic gardener s field guide to pulling weeds
topic critical gardening
computer vision
artificial intelligence
weeds
future natures
url https://cubicjournal.org/index.php/cubic/article/view/58
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