This is a collar used to attach “cow tracking device”, developed by Ito Lab. of Nano Sensing Research Unit, The Technology and Innovation Management Program, Tokyo Institute of Technology. This device transmits not only the whereabouts of cows but also their hormonal cycles and their physical conditions. To visualize the concept of “dependability of near future”, we suggested combining state-of-the-art gadgets such as flexible solar panel and surface light emitting body with its rather unsophisticated body. We aimed to create a design that will make the product attractive to people working in cattle industry.
2020
Tokyo Institute of Technology
Peter
Edge AI for
Cattle Behavior Monitoring
Prototype | Edge AI for Cattle Behavior Monitoring | L1190xW40xH28mm | Urethane resin, Acrylic resin, Aluminum | Worked with art and program, Inc. | Photo Yosuke Suzuki | Tokyo Institute of Technology
Edge AI for
Cattle Behavior Monitoring
Prototype | Edge AI for Cattle Behavior Monitoring | L1190xW40xH28mm | Urethane resin, Acrylic resin, Aluminum | Worked with art and program, Inc. | Photo Yosuke Suzuki | Tokyo Institute of Technology
Edge AI for
Cattle Behavior Monitoring
Prototype | Edge AI for Cattle Behavior Monitoring | L1190xW40xH28mm | Urethane resin, Acrylic resin, Aluminum | Worked with art and program, Inc. | Photo Yosuke Suzuki | Tokyo Institute of Technology
Edge AI for
Cattle Behavior Monitoring
Prototype | Edge AI for Cattle Behavior Monitoring | L1190xW40xH28mm | Urethane resin, Acrylic resin, Aluminum | Worked with art and program, Inc. | Photo Yosuke Suzuki | Tokyo Institute of Technology
Edge AI for
Cattle Behavior Monitoring
Prototype | Edge AI for Cattle Behavior Monitoring | L1190xW40xH28mm | Urethane resin, Acrylic resin, Aluminum | Worked with art and program, Inc. | Photo Yosuke Suzuki | Tokyo Institute of Technology
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