Intelligent Transportation Systems (ITS) is an Advances Application system that provides services to various modes of transport by Managing the Traffic
Intelligent Transportation Systems |
With the concept of smart cities transforming cities into
digital societies and making residents' lives easier in every way, Intelligent
Transportation Systems has become a vital component among all. Mobility is a
major concern in any city; whether inhabitants are travelling to school,
college, or the office, or for any other reason, they use the city's
transportation system. Citizens may save time and make the city smarter by
utilising an Intelligent Transportation System. The Intelligent Transportation
System (ITS) aims to improve traffic efficiency by reducing congestion. It
provides customers with advanced traffic intelligence, local convenience
information, real-time running information, seat availability, and other
features that help commuters save time while also improving their safety and
comfort.
Today, Intelligent
Transportation Systems (ITS) is extensively acknowledged and
employed in a variety of countries. It may be used for more than simply traffic
congestion control and information; it can also be used for road safety and
effective infrastructure utilisation. ITS has evolved into a multidisciplinary
conjunctive field of work as a result of its limitless possibilities, and many
organisations around the world have developed solutions to suit the demand for
ITS applications. Glasgow, for example, is one such city. The city's
Intelligent Transportation System provides daily commuters with continuous
updates on public buses, schedules, seat availability, current bus location,
time to reach a specific destination, next bus location, and passenger density
within the bus.
The entire application of ITS is based on data collection,
analysis, and application of the results of the analysis in traffic management
operations, control, and research concepts where location is critical. The
importance of transportation in a country's economic and social development
cannot be overstated. All traffic bottlenecks and higher carbon emissions in
urban and interurban networks are caused by inadequate traffic signal operation
and traffic incidents. Advanced traffic management systems (ATMS) minimise
signal waiting time by 20% to 30% and travel time by 25%, according to several
ITS groups like as ITS Canada, ITS Turkey, and others, which helps to save a
significant amount of recognised congestion. Carbon dioxide (CO2), methane
(CH4), nitrous oxide (N2O), and other greenhouse gases are reduced by these
methods. One lightweight car can save 0.7 gallons of fuel for every hour of
traffic wait time cut, while a truck can save 1.93 gallons.
Transportation agencies face a big issue in deploying ITS
technologies due to a lack of funding for ITS initiatives. Several countries
around the world, even wealthy ones, are prioritising the expansion and
maintenance of transportation networks over the deployment of modern ITS
technologies. Both established and emerging economies have struggled with the
economic recession in recent years. According to the International Monetary Fund,
global economic growth would be modest in 2013, which will have an influence on
the ITS market in the near future. As a result, during the forecast period,
these factors are projected to limit the growth of the global intelligent
transportation systems (ITS) market.
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