As summer approaches, you might be planning a road trip. A recent study from the University of Georgia explores how you can stay safe while driving in the rain. Vehicles can hydroplane when water gathers on a road, causing tires to lose their grip.

Self-driving cars and advanced robots rely on cameras, sensors, and artificial intelligence to understand the world around them. However, these systems often struggle when lighting conditions change quickly or when bright and dark areas appear at the same time. A new study may offer a solution. Researchers have developed an artificial vision system inspired by […]

The post Scientists create artificial eye that could transform self-driving cars appeared first on Knowridge Science Report.

A team of researchers in South Korea has developed a new type of transparent OLED technology that could help improve future augmented reality (AR) glasses, smart windows, vehicle displays, and other advanced electronic devices. The research was led by Professor Yongtaek Hong and his team at the Department of Electrical and Computer Engineering at Seoul […]

The post Transparent OLED advance could power smarter windows, cars, and wearable displays appeared first on Knowridge Science Report.

China's passenger car exports jumped 73% year-on-year in May to around 809,000 vehicles, an industry group reported Wednesday, as higher gasoline and diesel prices due to the war in Iran raised interest in electric vehicles.

As cities continue to expand, railways are expected to become an important component of urban mobility systems. Compared with automobiles and air transport, railways are highly energy efficient and produce relatively low environmental impacts and therefore form an important component of sustainable transportation systems. Thus, researchers have been exploring advanced train control technologies for further improvement of operational efficiency, passenger comfort and punctuality while reducing energy consumption.

MISRA C compliance succeeds when teams understand its safety purpose, apply it pragmatically, and build it into daily embedded-software development.

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The 120-, 160-, and 240-kW power-electronics systems from Hyundai Mobis will work with EVs ranging from small mobility solutions to high-performance vehicles.

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