One of the biggest industries affected by artificial intelligence is the transportation industry. Advances in artificial intelligence and transformative business models have increased the value of the industry. The use of artificial intelligence in the transportation industry has reduced accidents and traffic, increased safety, reduced air pollution and minimized costs.
In recent years, advances in sensor technology and machine learning have made it possible to use self-driving vehicle models. In fact, a self-driving car is a car that does all the work that a driver does, such as paying tolls, following traffic rules, parking the car, and so on. The use of self-driving cars can also significantly reduce the number of road accident casualties.
Artificial intelligence is one of the new technologies that has found many applications in the shipping industry and it is expected that this technology will play an important role in advancing shipping operations. For example, building yachts is one of the applications of artificial intelligence in the shipping industry. The purpose of building these drones is to defend the country's waters independently and without human intervention.
Predictive artificial intelligence is of particular importance for airports as well as flight management. For example, by using aircraft that use air traffic systems equipped with artificial intelligence and machine learning technology in the airspace, it is possible to save large sums of money on the costs that countries incur in compensating for flight delays.
The operational, communication and cooperation capabilities of ports, especially in the management of cargo owners, brokerages, transport companies and other units of a port, can be significantly improved with the help of artificial intelligence. Port artificial intelligence technology can track and track cargo, equipment, port personnel, and logistics flows, thereby identifying risks and hazards, conducting operations, and ensuring the security and safety of cities around ports.
Cities around the world plan to use artificial intelligence technology to optimize transportation services and highway management. For example, these cities use traffic sensors and cameras to adjust the timing of traffic lights in order to streamline traffic flow. As access to data collected from citizens increases, artificial intelligence technology will increasingly affect urban infrastructure.
Artificial intelligence technology has revolutionized the aviation industry. The aviation industry was one of the first to equip the aircraft with automatic guidance systems and cargo handling systems to make intelligent decisions. The commercial aviation industry is now largely automated, for example, modern aircraft are flown using automatic guidance technology.
Rail transportation is one of the most popular methods of transportation in many countries. Given that we are in the age of new technologies and artificial intelligence, trains are no exception and enjoy the countless advantages of this new technology. In the field of rail transportation, advanced algorithms are used to extract large volumes of operational data; This data can have a variety of applications, including providing recommendations for train maintenance.
The service helps managers make better decisions for population control and security by providing a thermal map of human congestion at airports, train stations, subways, and estimating the number of people present.
In self-driving and intelligent cars, by identifying pedestrians on the road, the speed of the car is controlled and accidents occur. Estimating the number of pedestrians in crowded cities also helps regulate traffic.
This service is used in smart car alarm systems to prevent collisions with other cars. Another use is to identify offending vehicles and track them more easily.
Smart advertising in airports and subways will be more efficient and targeted by using this service. It is also a way to identify suspicious people and reduce security risks.