Quiz połączony z przewodnikiem · Średni Poziom

Sztuczna inteligencja w robotyce rolniczej i quiz dotyczący robotycznego pielenia

Sprawdź, co wiesz o opryskiwaczach typu „patrz i spryskaj”, wykrywaniu chwastów „zielona na zielonej powierzchni”, harmonogramie odchwaszczania laserowego i dlaczego roboty żniwne pozostają w tyle.

Powiązane ścieżki prowadząceSztuczna inteligencja w robotyce rolniczej i odchwaszczaniu
Pytanie 1 z 8

Which pressures does the guide say push growers away from broadcast herbicide spraying?

Podgląd każdego pytania8 pytania

Odpowiedzi i wyjaśnienia pojawiają się w miarę rozwiązywania quizu.

  1. Which pressures does the guide say push growers away from broadcast herbicide spraying?
    • Too much rainfall and cheap chemicals
    • Herbicide-resistant weeds, rising chemical costs and labor shortages for hand weeding
    • A ban on all farm machinery
    • Declining demand for vegetables
  2. John Deere's See & Spray is built on technology from which company?
    • Blue River Technology, acquired by Deere in 2017
    • Carbon Robotics
    • Naïo
    • Tevel
  3. What does 'green-on-green' detection refer to?
    • Detecting any green plant on bare soil
    • Measuring chlorophyll in the crop
    • Distinguishing weeds from crop plants growing right beside them
    • Painting weeds a different color
  4. Why do targeted sprayers run inference on onboard GPUs rather than in the cloud?
    • Cloud computing is illegal on farms
    • GPUs make the nozzles spray more
    • Onboard GPUs are required to read GPS
    • The system must fire the nozzle within a tight latency budget while moving at field speed
  5. Why do herbicide savings from spot spraying vary so widely between fields?
    • Because nozzles wear out at different rates
    • Because savings depend on weed density, and heavily infested fields save little
    • Because cameras work only at night
    • Because weeds are always evenly spread
  6. Where must a laser weeder aim to kill a weed effectively?
    • At the weed's growing point, the meristem
    • At the soil beside the weed
    • At the crop plant
    • At the top of the tallest leaf only
  7. What does the sensitivity threshold on many see-and-spray systems let farmers trade off?
    • Tractor speed against fuel use
    • Crop yield against market price
    • Missed weeds against extra spraying
    • Camera resolution against battery life
  8. Why is harvest automation less mature than robotic weeding?
    • Fruit is easier to detect than weeds
    • Harvest robots do not need computer vision
    • Farmers do not want to harvest crops
    • Robots must find fruit hidden by leaves, judge ripeness and grasp without bruising