引导式测验 · 中等 等级

航空和空中交通中的人工智能测验

审查航空人工智能的咨询作用、预测性维护输入、分离要求以及安全部署所需的认证工作。

相关引导路径航空和空中交通中的人工智能
问题 1 的 8

What can an FAA-accepted reliability program allow an eligible aircraft operator to adjust?

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  1. What can an FAA-accepted reliability program allow an eligible aircraft operator to adjust?
    • Maintenance task intervals, subject to the program and FAA evaluation
    • Aircraft separation minima in controlled airspace
    • The certification requirements for any AI model
    • The aircraft manufacturer’s approved design
  2. 在空中交通管理中，人工智能系统必须遵守的“最小间隔”指的是什么？
    • 所需的最低燃油储备
    • 飞机之间所需的最小距离
    • 最短的跑道长度
    • 法定最低巡航高度
  3. What information does ADS-B Out broadcast to ground stations and other aircraft?
    • Maintenance work orders and engine oil samples
    • Satellite weather forecasts only
    • Aircraft GPS location, altitude, ground speed and identifying information
    • The aircraft’s full flight recorder audio
  4. 哪个平台以聚合航空公司和机队数据进行分析而闻名？
    • Adobe Photoshop
    • TensorFlow Lite
    • Spotify 包装
    • 空客 Skywise
  5. According to Airbus Skywise Fleet Performance, what data does its fault-detection service use?
    • Extended aircraft sensor data generated in flight and maintenance information
    • Only passenger booking records
    • Only weather reports from airports
    • Pilot voice recordings
  6. What does the FAA AI Safety Assurance Roadmap aim to establish?
    • A target date for fully autonomous passenger flights
    • Guiding principles and priorities for safely introducing AI into aviation
    • A single required neural-network architecture
    • A universal approval for all AI products
  7. What does predictive maintenance do with sensor and maintenance-history patterns?
    • Automatically certifies an aircraft as airworthy
    • Replaces all inspections and maintenance staff
    • Flags possible faults for review before they disrupt operations
    • Changes separation rules between aircraft
  8. What does the FAA emphasize when evaluating AI systems for aviation?
    • Assuming software accuracy from benchmark scores alone
    • Removing human-factors analysis
    • Deploying models before defining their intended use
    • Measuring system performance within the aircraft certification framework