Impact of Intelligent Traffic Management Systems on Smart Cities

Impact of Intelligent Traffic Management Systems on Smart Cities

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Citizens interact with smart city ecosystems in a variety of ways- through their smartphones and mobile devices and connected cars and residences. When gadgets and data are linked to a city’s physical infrastructure and services, expenses can be reduced and further improved sustainability. 

Smart cities are consistently proving to reap benefits for the people who live in them and the people who run them. With the help of the Internet of Things(IoT), communities enhance energy distribution, speed trash collection, reduce traffic congestion, and improve air quality.

Smart Cities and Intelligent Traffic Management System

Artificial Intelligence (AI) and Intelligent Traffic Management System (ITMS) can assist in addressing and resolving a variety of traffic law enforcement challenges. ITMS is an AI-based application that works in conjunction with cameras set at traffic intersections to detect and identify vehicles that are breaking traffic rules and provide real-time notifications to the Central Command Center. ITMS is a smart and intelligent mobility platform that integrates traffic management devices and equipment effectively. It is integrated into transportation service control and vehicles, strengthening the link between vehicles, roads, and users.

ITMS for Traffic Management

ITMS provides a suitable platform for traffic management authorities to address traffic-related challenges such as anticipating the best route, reducing average waiting time, traffic congestion, travel costs, and air pollution levels. The system’s goal is to use artificial intelligence algorithms to anticipate the best routes based on traffic patterns and vehicle classification. 

ITMS can issue a challenge to offenders automatically and transmit it electronically. It will also include high-resolution CCTV cameras to photograph commuters and motorists disobeying the law, as well as Automated Number Plate Recognition cameras (ANPR) to send fine slips straight to lawbreakers’ houses. 

When it comes to employing AI  in open spaces like roads, it may be possible to establish an AI-enabled traffic control system as part of the infrastructure before launching self-driving vehicles. An AI-enabled traffic management system can give self-driving vehicles more leeway because they can be directed and controlled more. 

Congested roads can be opened up for longer periods allowing more traffic to clear out, resulting in a reduction in congestion, thanks to Artificial Intelligence working with traffic signals based on traffic volume. 

ITMS  also provides a suitable platform for traffic management authorities to address traffic-related challenges such as anticipating the best route, reducing average waiting time, traffic congestion, travel costs, and air pollution levels. The system’s goal is to use AI  algorithms to anticipate the best routes based on traffic patterns and vehicle classification.

For traffic management, emergency response to roadway crashes is critical. On the one hand, people injured in a crash should be taken to the nearest hospital as soon as possible to avoid their health condition worsening; on the other hand, serious crashes frequently result in nonrecurrent traffic congestion if an emergency response or clearance is not provided on time. To lessen the impact,

There are numerous advantages of adopting TMS. For starters, it gives statistics on resident behavior to city planners. It can assist them in identifying issue areas, which can subsequently be resolved once recognized. We put a TMS system at an intersection known for its high rate of red-light running, and we discovered that there was a high rate of red-light running.

ITMS for Commuters

It can make commuting easier, more convenient, and safer for commuters by enhancing road traffic discipline. A system like this can not only assist law enforcement authorities in punishing offenders, but it can also serve as a deterrent. ITMS allows commuters to be better informed and to use transportation networks in a safer, more efficient, coordinated, and smarter manner.

With the rapid expansion of urbanization, the number of automobiles on the road is also increasing. In turn, the combination of both places immense pressure on cities to maintain a better traffic system so that the city can continue to move without interruption. The only solution is to use an Intelligent Transport System for this purpose. For both citizens and city officials, ITS is a win-win situation.

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