东京工业大学 科学技术创成研究院 奈米感测研究小组 伊藤研究室开发在牛颈部装设的「牛行动预测载体」，我负责为这项颈圈装置进行设计。运用这项载体，不仅能够获得牛只所在位置的信息，还能够了解发情期，以及各种身体状态。为了将「近未来的信赖性」一词化为具体形式，我建议在略为刚硬的外型当中，装置具有柔软弹性的太阳能板、以及告知所在位置的发光体，希望提供畜产相关人士，提高使用的意愿，认为「如果是这种设计，我愿意使用」。
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
|
|
|
login 您的密碼不正確。 ※ 下载高解像度图像需要密码，请电邮索取。 x |
|
Download 您的密碼不正確。 x |
