The role of smart transportation in shaping sustainable urban development and reducing carbon emissions
A.D. Senevirathna, L.P. Kalansooriya
Pages: 395-410
Abstract:
This review article explores the intricate relationship
between smart transportation and carbon emissions reduction, particularly
within the context of shaping sustainable urban development. As cities expand
and populations rise, transportation infrastructure becomes increasingly
pivotal in guiding urban growth. Smart transportation emerges as a potent
solution, addressing immediate challenges while charting a course toward
eco-friendly, personalized urban mobility. The review methodically examines
various technologies and strategies aimed at optimizing transportation
systems for sustainability. Intelligent traffic management systems are
dissected for their ability to enhance traffic flow and lessen congestion
through advanced signal control mechanisms and predictive analytics.
Moreover, the study investigates the importance of Connected and Autonomous
Vehicles (CAVs), which offer the capacity to reform transportation with
enhanced safety, efficiency, and environmental sustainability. Leveraging
technologies like artificial intelligence and vehicle-to-vehicle
communication, CAVs have the potential to drastically reduce accidents and
emissions while optimizing travel routes and energy consumption. In addition
to CAVs, the review underscores the crucial role of Electric and Low-Emission
Vehicles (EVs) in reducing carbon emissions and promoting cleaner mobility
options. The potential of EVs to significantly reduce greenhouse gas
emissions is explored, especially when paired with renewable energy sources
for charging. Furthermore, promoting smart sustainable transportation modes,
such as ride-sharing and carpooling, is examined to further reduce emissions
and foster healthier, more efficient urban mobility. Through these
multifaceted approaches, the review emphasizes how smart transportation can
serve as a catalyst for creating a more sustainable and efficient urban
transportation landscape. By aligning with cities' carbon emission reduction
goals and promoting vibrant, livable urban environments, smart transportation
technologies and strategies offer a promising pathway towards a sustainable
future for future generations.
Keywords: smart transportation; carbon emissions reduction; sustainable urban development; future research directions
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