Global road technologies refer to the technological improvements in current road transport systems around the world. Technological developments blend art and science that allow for the transportation, construction, communications, and environment industries to create better ways of doing things while also saving money, resources, time, and energy.
While advancements in particular technology may focus on one or two aspects, such as vehicle safety or vehicle mobility, the overall definition of global technology is a collective one that encompasses an assortment of human-made systems. This collective definition is what you need to be familiar with when looking at what we mean by global road technology.
Global road technology is also an international phenomenon.
There is an immense variety of global road technologies in use around the globe, and the different types of technology that are being developed and made available are astounding. Therefore, what do we mean by global road technology? We refer to it as a “road network” -a network of roads, rails, airports, and other infrastructure that allow for mass transportation, communication, and environmental transportation needs.
These networks are developed through a process that has evolved over the decades.
As the technology behind vehicles and transportation systems has become more sophisticated, road networks have also developed. However, even before the dawn of automobiles, man had fashioned an incredible collection of interconnected landscape features throughout the globe. This network of features, collectively known as the “geosphere”, is what scientists refer to as the “world network”.
In a broad sense, the definition of global road technology can be expanded to include the entire network of the physical elements that contribute to the smooth functioning of transportation systems.
Geographically, this includes such features as street signs, pavement, signage, parking structures, highways, bridges, tunnels, railroads, and busways. Technically, it encompasses such technological features as vehicle fuel additives, emissions standards, vehicle control devices, vehicle tracking systems, vehicle identification systems, vehicle communications systems, vehicle telematics, and vehicle safety systems. All these things and more work together to allow us to travel safely and speedily across many landscapes and environments.
At a very basic level, global road technologies refer to the overall quality of roadway design.
For example, we need to recognise that there are vehicular traffic controls in place to ensure that our streets and highways remain safe for driving and remain free of traffic congestion. The overall quality of road design can have a profound impact on the reliability and performance of a roadway. A feature such as properly installed signage can help to ensure that drivers see and understand road markings, warnings, or warnings. Public education can also play a major role in the maintenance of safe road conditions.
A related aspect of road network design is what is called active channel management.
Active channel management refers to the placement of traffic signals and other control devices that allow for the proper rerouting of traffic based upon current conditions. In general, the most advanced IT automation systems can allow for the accurate time scheduling of vehicles, the placement of traffic signs and symbols, and the triggering of various events as they occur. As networks continue to evolve with the greater use of advanced technologies in the field of global travel, the future network traffic control capabilities of vehicles on road networks will become even more sophisticated. You can visit the Global Road Technology website to learn more.
In a related context, what do we mean by intelligent transportation? In the context of answering the question, what do we mean by global road technology? We need to recognise that intelligent transportation systems and road networks are fully capable of taking care of themselves without human supervision or intervention. That is to say, vehicles can drive themselves on their own, avoiding accidents, and they can adjust the speed of the travelling vehicle to avoid accidents as well. They are capable of safely accessing any part of the road network as and when necessary, and they can perform multiple operations while travelling in such a way as to minimise fuel consumption, avert accidents, and maximise safety.
Of course, there are still many technologies out there that require human supervision. For example, automated toll collection systems and congestion-relieving mechanisms still need to be run by humans in order for them to function effectively. However, the advent of fully autonomous vehicles may make these technologies eventually unnecessary. In the meantime, we can all look forward to the day when all global roads are running on computer-assisted navigation systems, with no drivers needing to take their eyes off the road for a single moment. What do we really mean by global road technology?