As intelligent transportation systems for smart cities start developing, people can utilize the several safety, efficiency, and cost benefits of modern public transport.
FREMONT, CA: Smart city traffic management and intelligent transportation redefine how cities address mobility and emergency management while minimizing traffic on city streets. All these can be achieved with sensors, modern communication technologies, automation, and high-speed networks.
The process of traveling from one location to another has always been a part of life throughout history. To be on the journey is an aspect of being human, from chariots and horses through carriages, automobiles, steam trains, and spacecraft.
Civilization has progressed a long way from the days of traveling by horse and camel. The world has entered the next stage of movement of smart transportation with the introduction of intelligent transportation systems and IoT.
What is Smart Transportation?
Smart transportation is primarily made up of three features: management, efficiency, and safety. To improve efficiency and safety, Intelligent Transportation Systems (ITS) use a wide range of technologies to track, evaluate, and manage transportation systems. Smart transportation makes traveling around a city comfortable, cost-efficient (for the cities and the people), and safer.
These new prospects were facilitated primarily by the expansion of IoT devices and 5G connectivity technology. The former allows for low-cost sensors and controllers to be embedded in almost any physical machine that can be remotely controlled and maintained. The latter provides high-speed connectivity required for real-time, low-latency management and control of transportation networks.
Smart transportation isn’t just a concept for the future because it’s already being applied in various cities. Their achievements and failures are being used to enhance the system in the new areas.
The Benefits of Transportation Technology
Smart Transportation is safer: Autonomous transportation systems in vehicles and stationary infrastructure like intersections have been demonstrated to eliminate the human element in accidents by integrating machine learning, IoT, and 5G. Computers are not easily distracted, tired, or emotional.
Smart Transportation is more efficient: Better management leads to more effective utilization. Data of high quality can assist in identifying places where efficiency might be enhanced. Perhaps a modest change in railway schedules can result in higher fill rates, or bus routes might better serve the neighborhood if stops were distributed differently.
Smart Transportation provides rapid insights: To take action or improve communication with other authorities, and emergency responders, city traffic management centers (TMCs) can gain immediate visibility and alerts for trouble spots or city-wide problems that affect traffic on city streets, public safety, and emergency response systems.