The road is often overlooked when discussing the future development and digital transformation of the modern transport infrastructure. afterall, we have all heard of connected cars, self driving cars, gps navigation, route optimization apps and ride hailing services. you would be forgiven for thinking how the common road fits into this digital revolution, as it turns out, the road itself can. When it comes to transportation, the future is being reshaped by a wave of groundbreaking novel technologies. from electric charging lanes to intelligent pavement, the progression of smart road technologies is changing the way we navigate our urban landscapes. in this blog post, we’ll touch base on how cutting edge initiatives are paving the way for safer, more sustainable and efficient.
Adopting smart technology to improve road infrastructure. many governments and transport authorities or organizations understand the value of smart road technologies. however, the development of smart city infrastructure at scale can be costly and complicated, primarily for emerging economies or developing countries. Expanding on smart road technology. while smart road technology has already been implemented across the world, the future of smart infrastructure is only getting started. cities today are seeing the benefits—reduced traffic congestion, increased public safety, and lowered co 2 emissions. with the latest generation of iot technologies, city. Consequently, for a two way road with four lanes, the costs are roughly rmb400,000 km or. us$61,000 km; for a two way road with six lanes, the costs are roughly rmb800,000 km or us$122,000 km. to achieve the same coverage, the equipment costs using cameras or mm wave laser radars are at least three times higher. Smart roads can potentially improve the safety and efficiency of present transportation systems and promote the future mass deployment of connected and autonomous vehicles (cavs). in this article, based on the experience and lessons we learned from our research, field implementation, and industry engagement, we present our view about the phased and spiral development of smart roads and cavs. a.
Consequently, for a two way road with four lanes, the costs are roughly rmb400,000 km or. us$61,000 km; for a two way road with six lanes, the costs are roughly rmb800,000 km or us$122,000 km. to achieve the same coverage, the equipment costs using cameras or mm wave laser radars are at least three times higher. Smart roads can potentially improve the safety and efficiency of present transportation systems and promote the future mass deployment of connected and autonomous vehicles (cavs). in this article, based on the experience and lessons we learned from our research, field implementation, and industry engagement, we present our view about the phased and spiral development of smart roads and cavs. a. In particular, considering the overall annual values for 2010 and 2020, a growth of about 94% was recorded for “smart”, 165% for “smart city”, 82% for “smart mobility” and 64% for “smart highway”. more specifically, the growth has been much more consistent if we look at the research field in the last two decades. Figure 17 shows a snapshot of future smart roads that have included all the 10 technological advances mentioned in this paper. however, additional new advances may evolve from now that will further help reshape smart roads. figure 17. diagram showing future smart roads deploying the 10 advances mentioned in this paper. (online version in colour.).
In particular, considering the overall annual values for 2010 and 2020, a growth of about 94% was recorded for “smart”, 165% for “smart city”, 82% for “smart mobility” and 64% for “smart highway”. more specifically, the growth has been much more consistent if we look at the research field in the last two decades. Figure 17 shows a snapshot of future smart roads that have included all the 10 technological advances mentioned in this paper. however, additional new advances may evolve from now that will further help reshape smart roads. figure 17. diagram showing future smart roads deploying the 10 advances mentioned in this paper. (online version in colour.).
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