引导式测验 · 中等 等级
水资源管理中的人工智能测验
审查自来水公司和农场的人工智能，包括泄漏传感、需求输入、处理剂量和卫星通知的灌溉决策。
问题 1 的 8
在所引用的 AI 泄漏检测研究中，系统分析了什么输入？
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- 在所引用的 AI 泄漏检测研究中，系统分析了什么输入？
- Acoustic recordings of water-pipe leak sounds
- Household water bills alone
- Street photographs without sound or pressure data
- Social-media posts about wet roads
- 根据 EPA，非营收水可以包括什么？
- Only water physically leaking from a pipe
- Real losses, apparent losses, and authorized consumption that is not billed
- Only treated water lost to evaporation
- Only inaccurate customer bills
- 所引用的泵调度研究使用了什么目标？
- Maximize chemical dosing regardless of water quality
- Eliminate all storage tanks
- Minimize pumping-energy cost subject to water-system operating constraints
- Replace the network with a digital map
- 在所引用的处理研究中，机器学习模型预测了什么？
- Ownership of distribution pipes
- Satellite position over reservoirs
- Customer bills from social-media posts
- Chemical dosage from water-quality and streamflow inputs
- EPA 的 EPANET 软件可以在分配网络中模拟什么？
- Pipe flows, node pressures, tank levels and chemical concentrations
- Only rainfall over agricultural fields
- Only billing and payment activity
- Only treatment-plant staffing schedules
- What does the cited satellite-data study predict for agricultural water-use support?
- Household water-meter identity
- Soil-moisture content using satellite imagery, ground truth and climate records
- Location of every city pipe leak
- Chlorine residual at each treatment plant
- Which inputs did the cited water-demand forecasting study use?
- Only treatment-plant photographs
- Only water chemistry from one hour
- Demand history, calendar variables and external weather features
- Audio from customer-service calls
- What agricultural goal does the satellite soil-moisture study say its predictions could support?
- Choosing which customers pay higher tariffs
- Finding chemical contaminants in pipes
- Planning a Mars rover route
- Improving water-use efficiency and reducing dependence on irrigation