Smart communication system at traffic intersections

An electronic communications method, comprising:

• receiving, by a device, first electronic information, wherein:
• the first electronic information is from a first microphone,
• the first electronic information is based on a first audible sound from a first vehicle that is approaching a first traffic light at an intersection,
• the first electronic information is sent during a first particular period of time, and
• the first microphone is connected to a pole with the attached first traffic light;
• receiving, by the device, second electronic information, wherein:
• the second electronic information is from a second microphone,
• the second electronic information is based on a second audible sound from a second vehicle that is approaching a second traffic light at the intersection,
• the second electronic information is sent during a second particular period of time,
• the second particular period of time is different than the first particular period of time, and
• the second microphone is connected to a building;
• analyzing, by the device, the first electronic information and the second electronic information, wherein the analyzing includes:
• the device using Convolutional Neural Networks (CNN) and Long Short Term Memory (LSTM) systems to analyze the first electronic information and the second electronic information,
• analyzing previously received noise information that occurred at other discreet time events,
• analyzing stored sounds from non-emergency vehicles,
• analyzing other stored sounds from emergency vehicles,
• analyzing additional stored sounds, wherein the additional stored sounds are based on vehicle engine size,
• determining a first vehicle type based on the first electronic information, the stored sounds, the other stored sounds, the additional stored sounds, and the previously received noise information,
• determining a second vehicle type based on the second electronic information, the store sounds, the other stored sounds, the additional stored sounds, and the previously received noise information;
• determining, by the device, that the first vehicle type has priority over the second vehicle type to pass through the intersection;
• sending, by the device, a first electronic command to the first traffic light to change, or stay, red;
• and
• sending, by the device, a second electronic command to the second traffic light to change, or stay, green.