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Adding night vision and thermal imaging to the sensor array in an ADAS system provides another piece of the puzzle to keep the vehicle safely operating. How do these technologies work?
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The transition from 400V to 800V architecture is a major evolution in electric vehicle technology. We take a look at how these systems compare.
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Discover how silicon anode battery technology is set to transform electric vehicles with higher energy density, faster charging, and greater efficiency.
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Nicholas Goodnight, PhD looks at the technology behind connected vehicles and the impact these vehicles may have on the roadways of the future.
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AI will continue to have a major impact on our lives. Nicholas Goodnight, PhD, takes a look at the influence of AI on future automotive technology development.
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The automotive industry increasingly relies on advanced composites to enhance vehicle performance, safety, and efficiency. How can these composites transform vehicle design?
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Shared mobility and self-driving cars have transformed the way we think about transportation. What does the road ahead have in store?
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As technology evolves, so do the battery demands of modern vehicles. Learn about why lithium-sulfur batteries are a key part of the battery market of the future.
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What is blockchain technology? Nicholas Goodnight, PhD, discusses the software language behind blockchain and what it means for the future of transportation systems.
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As the world moves towards renewable energies, what does the future of automotive fueling look like? We look at some popular alternative fueling options.