As smart cities become more prevalent, human society becomes more and more digital. In a smart, digital world, intelligent transport management systems are vital cornerstones of modern civil infrastructure.
Transport is a vital part of urban life no matter where in the world you are. Intelligent transport systems answer the modern questions we discover when planning high population density areas. They have the power to minimise traffic issues and boost the quality of life for citizens significantly. A well-integrated transit management system gives users all the information they need in real-time, and this information can be more specific than ever. Think beyond scheduling and running times, and imagine being able to share seat availability, accident reports, and more.
Discover more below!
What can a quality transport management system achieve?
Intelligent Transport Systems reduce traffic by optimising travel throughout a city. This not only creates better travel times for citizens, but increased safety and comfort as well. The result is a much more liveable city in general.
Many major cities around the globe use intelligent transit management systems already, and the most successful of these are those that understand that the major benefit of an intelligent system is the ability to work laterally, not just linearly. That is, an intelligent system isn’t limited to just a few designed functions. Beyond telling users about traffic, intelligent transport systems can be extended to include data on road safety, weather, pathfinding, etc. Essentially, whatever is a priority for you and your city can be made a priority for the system.
For example, in Glasgow, their ITS (intelligent transport system) shares real-time data with citizens about bus times, seat availability, location tracking for buses, the density of bus passengers, and more. Drivers can also use this data to keep on schedule with less difficulty than before.
How do intelligent transport systems work?
A solid transit management centre is the backbone of a well-implemented transit management system. From this central location, all data is used to display accurate info for the user. The process of leveraging data goes through four main steps.
Before anything can be done, data needs to be available for the transit management centre to analyse. This means a network of devices is required to gather the data; sensors, cameras, and GPS trackers are just a few. All of the hardwire wired into the system delivers data to the system’s central servers.
Fast transmission is what makes an intelligent transport management system usable. A wide range of connections can be employed to ensure that data travels fast, including some that are common—like Wi-Fi—and some that aren’t so common, e.g. dedicated short-range communications (DSRC) via radio signals, or Continuous Air Interface Long and Medium Range (CAILM) through cell connectivity and infra-red links.
A whole host of analysis procedures are applied to the data the instant that it is processed. This stage is so fast that it needs to be completed by automatic software, which notices mistakes in the data and corrects them without human input. This is also the stage where software scans the data and uses it to model future states, such as predicting traffic patterns.
4. User Interface
Finally, the data must be served back to the commuter. The data can be delivered via multiple digital pathways at once; through electronic signs, mobile apps, and more.
Don't Get Left Behind
Populations continue to grow, and this means busier and busier roads. Modernising urban areas now with smart transit management systems is vital to avoid being left behind. Find out more by contacting the friendly team here at Radiola Land today!