Internet of things (iot) systems, methods, and storage media for smart city overheight and overload emergency early warning

A method for smart city overheight and overload emergency early warning, being implemented by an emergency supervision management platform, the method comprising:

• obtaining vehicle sensing data of an upstream road section of a target road section, the target road section being an overheight and overloaded road section;
• determining a risk vehicle based on the vehicle sensing data;
• and
• in response to an estimated arrival time of the risk vehicle at the target road section satisfying a preset condition, performing traffic signal light control, including:
• predicting a time at which the risk vehicle arrives at a target traffic signal light;
• determining a first control parameter based on the time at which the risk vehicle arrives at the target traffic signal light, wherein the first control parameter includes a start time at which the target traffic signal light is switched to a target state;
• sending a first control instruction to the target traffic signal light based on the first control parameter;
• and
• controlling, based on the first control instruction, the target traffic signal light to trigger a sub-clock at the start time, and controlling a relay group to switch on a first lamp bead unit, so as to drive the first lamp bead unit to emit light.

A non-transitory computer-readable storage medium, storing computer instructions, wherein when reading the computer instructions in the storage medium, a computer executes a method for smart city overheight and overload emergency early warning, the method comprising:

• obtaining vehicle sensing data of an upstream road section of a target road section, the target road section being an overheight and overloaded road section;
• determining a risk vehicle based on the vehicle sensing data;
• and
• in response to an estimated arrival time of the risk vehicle at the target road section satisfying a preset condition, performing traffic signal light control, including:
• predicting a time at which the risk vehicle arrives at a target traffic signal light;
• determining a first control parameter based on the time at which the risk vehicle arrives at the target traffic signal light, wherein the first control parameter includes a start time at which the target traffic signal light is switched to a target state;
• sending a first control instruction to the target traffic signal light based on the first control parameter;
• and
• controlling, based on the first control instruction, the target traffic signal light to trigger a sub-clock at the start time, and controlling a relay group to conduct a first lamp bead unit, so as to drive the first lamp bead unit to emit light.