Systems and methods for urban heat island effect emergency monitoring based on internet of things (iot) large models

A method for urban heat island effect emergency monitoring based on an Internet of Things (IoT) large model, comprising:

• determining heat island levels of a plurality of candidate nodes based on remote sensing data, meteorological station data, environmental data, and urban activity data;
• determining one or more target nodes and cooling parameters of the one or more target nodes based on the heat island levels of the plurality of candidate nodes and a preset threshold, wherein each cooling parameter includes a watering parameter of a watering vehicle and a spraying parameter of a spray system;
• determining one or more watering vehicles corresponding to the one or more target nodes based on heat island levels of the one or more target nodes;
• sending the one or more target nodes to navigation terminals of the one or more watering vehicles corresponding to the one or more target nodes via a wireless network to control the navigation terminals to display navigation routes to the one or more target nodes;
• and
• controlling the one or more watering vehicles corresponding to the one or more target nodes and spray systems to perform watering and spraying based on the cooling parameters of the one or more target nodes.

A non-transitory computer-readable storage medium, comprising computer instructions that, when read by a computer, direct the computer to executes a method for urban heat island effect emergency monitoring based on an Internet of Things (IoT) large model, comprising:

• determining heat island levels of one or more candidate nodes based on remote sensing data, meteorological station data, environmental data, and urban activity data;
• determining one or more target nodes and cooling parameters of the one or more target nodes based on the heat island levels of the plurality of candidate nodes and a preset threshold, wherein each cooling parameter includes a watering parameter of a watering vehicle and a spraying parameter of a spray system;
• determining one or more watering vehicles corresponding to the one or more target nodes based on heat island levels of the one or more target nodes;
• sending the one or more target nodes to navigation terminals of the one or more watering vehicles corresponding to the one or more target nodes via a wireless network to control the navigation terminals to display navigation routes to the one or more target nodes;
• and
• controlling the one or more watering vehicles corresponding to the one or more target nodes and spray systems to perform watering and spraying based on the cooling parameters of the one or more target nodes.