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Hassas Tarımda Yapay Zeka Testi

Çiftlik bağlantısı sınırlı olduğunda mahsul görüntülerinin ve tarla verilerinin değişken oranlı girdileri, hedeflenen yabani ot tedavisini ve yerel kararları nasıl yönlendirdiğini inceleyin.

İlgili kılavuz yollarıHassas Tarımda Yapay Zeka
Soru 1 arasında 8

Which four spectral bands are typically included in USDA Farm Service Agency four-band imagery?

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  1. Which four spectral bands are typically included in USDA Farm Service Agency four-band imagery?
    • Red, green, blue and near-infrared
    • Ultraviolet, X-ray, thermal and radar
    • Only red and near-infrared
    • Blue, ultraviolet, microwave and lidar
  2. John Deere'ın Gör ve Püskürt özelliği herbisit kullanımını nasıl azaltır?
    • Tüm alana eşit şekilde püskürtülerek
    • Yalnızca tespit edilen yabani otları püskürtmek için bilgisayar görüşünü kullanarak
    • Herbisitlerin yasaklanmasıyla
    • Sadece geceleri püskürterek
  3. Hassas tarımda 'değişken oranlı teknoloji' nedir?
    • Çiftçilere tohumlar için farklı fiyatlar uygulama
    • Traktörün hızının rastgele değiştirilmesi
    • Farklı alan bölgelerine farklı miktarda girdi uygulama
    • Bir tür mahsul sigortası
  4. Which model architecture did the cited 2025 crop-weed paper evaluate for edge weed detection?
    • A speech-recognition Transformer
    • A rule-only spreadsheet parser
    • A large language model trained on contracts
    • A lightweight convolutional neural network
  5. In the USDA ERS 2023 report, variable-rate technology had been adopted on what share of planted acreage for winter wheat, cotton, sorghum and rice?
    • Between 5 and 25 percent
    • Less than 1 percent for every crop
    • Between 50 and 75 percent
    • All planted acreage
  6. What did the cited USDA precision-farming field study report about yield patterns across years?
    • Yield patterns were identical every year
    • Yield patterns changed yearly and had little similarity between years
    • All management zones produced the same yield
    • AI consistently improved yield in every zone
  7. How is NDVI commonly calculated from red and near-infrared reflectance?
    • Red plus blue divided by soil moisture
    • Thermal radiation minus wind speed
    • Near-infrared minus red, divided by their sum
    • Plant height multiplied by fertilizer rate
  8. Why can variable-rate technology use input maps instead of a single field-wide rate?
    • Every part of a field has identical needs
    • Maps eliminate the need for agronomic decisions
    • The system changes crop genetics while spraying
    • Soil and crop conditions can vary across zones within a field