Traffic is one of the common effects of increasing urbanization. However, advancements in technology have contributed significantly to reduce traffic issues.
FREMONT, CA: With the growing urbanization, managing traffic has become a big concern for governments. Spending prolonged time in traffic exposes the commuters to hazardous pollution with carcinogens that can result in life-threatening disorders. This is where modern technologies, like big data, IoT, and AI, can offer impactful tools for minimizing or even eradicating traffic issues. Several applications of upgraded technologies have transformed distinct industry sectors in the recent past.
These upgraded applications can be applied in most of the urban areas for assessing traffic flow and for creating an effectual strategy for traffic management.
AI-powered use cases empower the development of an analytical approach to traffic management. In comparison to the existing traffic management procedures, AI-based traffic management enables informed planning and execution mechanisms that will effectually decrease traffic.
Researchers at the Nanyang Technological University, Singapore have come up with an AI-based intelligent routing algorithm for reducing spontaneous congestions by directing multiple vehicles’ paths simultaneously. Similar algorithms help in building a system that suggests alternative routes to drives to minimize traffic.
Moreover, large tech companies are already developing autonomous cars intending to ensure safety and minimize traffic.
IoT will introduce a data-driven approach for handling problems, such as traffic congestion. Moreover, multiple IoT-based applications improve the commuters’ traveling experience. Traffic lights powered by IoT that have smart IoT sensors that are strategically placed in distinct areas. These kinds of sensors help in allocating real-time traffic data. The collected data assist in performing big data analytics for creating the most practical solutions for traffic management.
Additionally, IoT sensors and beacons allow monitoring parking spaces to recognize empty parking spots. These sensors help in navigating drivers to empty spots. Moreover, IoT sensors are utilized for the development of the anti-theft system that transmits the stolen vehicle’s location and a centralized system, or an app can defuse the vehicle remotely.
Blockchain-based smart contracts and decentralized ledger helps in establishing enhanced transaction mechanisms for parking lots, gas stations, and tolls. These kinds of blockchain applications provide secure and automated payment solutions.
Smart contracts powered by blockchain allow automated payment with the aid of a digital identification system. These blockchain applications lessen the long queues and commute time. In the same way, automated peer-to-peer transactions are utilized in gas stations and parking spaces.
To conclude, by incentivizing and promoting the development and adoption of modern traffic management, governments can effectively curb the traffic issue.
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