Design and analyze a smart infrastructure for urban water management in a metropolitan area. Given:Specify the water management objectives, including water supply optimization, flood control, and wastewater treatment.Design IoT sensor networks and real$-$time monitoring systems for water quality assessment and leak detection across the city.Evaluate cloud computing platforms and data analytics algorithms for processing large$-$scale water usage data and predictive modeling.Discuss the integration of remote sensing technologies, GIS $($Geographic Information System$),$ and hydraulic modeling for flood risk assessment and mitigation strategies.Analyze the implementation of smart meters, automated valves, and SCADA $($Supervisory Control and Data Acquisition$)$ systems for efficient water distribution and resource management.Propose resilience strategies, such as water conservation initiatives and emergency response protocols, to address climate change impacts and extreme weather events.Assess regulatory compliance and stakeholder engagement strategies for promoting public awareness and participation in sustainable water management practices.

What are protocols of computer network $?$