错误:搜索内容不能为空,请输入英文关键词
错误:关键词超出字数限制,请精简
高级检索

EBVC: Electronic Bee Veterinarian – Beyond Monitoring and Onto Control

  • Mst Shamima Hossain,
  • Meng-Chieh Lee,
  • Christos Faloutsos,
  • Boris Baer,
  • Hyoseung Kim,
  • Vassilis Tsotras

摘要

Given a fleet of beehives, how can we help with thermoregulation, for healthier bees and increased honey production? The objective is to develop a complete thermal control system, comprising hardware and software, that monitors and analyzes internal hive temperature in real-time and autonomously activates the heater or cooler as needed. We propose such a framework, ‘EBVC ’ (Electronic Bee Veterinarian), which is: (a) White-Box: entirely based on first principles, physics equations, and control theory; (b) End-to-End: does sensing, analysis, optimization, and control; (c) Practical: beekeepers can ‘set it and forget it’, as the underlying methods are all scalable and linear on the input size, have no parameters or hyperparameters to tune, and require no customization for specific hive type, geographical location, etc.. With reasonable assumptions that we list below, we estimate that EBVC will yield up to $71 benefits per hive per year, thanks to increased honey production.