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Emerging Aviation Technology: Autonomy | Lina Yang
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Talk Title: “Emerging Aviation Technology: Autonomy”
Speaker: Lina Yang, Head of Intelligent Systems, Supernal
Abstract: Urban air mobility (UAM) enables highly automated, cooperative passenger- or cargo-carrying air transportation services in and around urban areas. In order to increase the volume of UAM operation, the key is to understand and enable the “highly automation.” The highly automation does not just apply to vehicle automation but to whole ecosystems, including air traffic services (ATS). Lina Yang will discuss the building blocks necessary to enable high-density UAM operation in this talk.
Speaker Bio: Lina Yang heads the Intelligent Systems team at Supernal, overseeing everything from the simplified vehicle concept to a comprehensive autonomy solution and roadmap. Her approach to autonomy centers on the software-defined Vehicle. Moving from technology and automotive sectors to aviation was a seamless transition for her. In this new realm of the urban air mobility industry, Yang strategically addresses challenges within controlled airspace, driven by her visionary perspective on autonomy.
About the Talk: Co-sponsored by the UC Berkeley Institute of Transportation Studies (ITS).
About the Series: Charting New Paths illuminates challenges and opportunities in applying emerging innovations to combat climate change, transform urban mobility, improve public health and shape technology policy.
Support CITRIS as we develop technology solutions for challenges around the world: wildfires, the health of an aging population, the future of a workforce augmented by artificial intelligence, and more. In all we do, we prioritize diversity, equity, and inclusion across each of our research initiatives.
Speaker: Lina Yang, Head of Intelligent Systems, Supernal
Abstract: Urban air mobility (UAM) enables highly automated, cooperative passenger- or cargo-carrying air transportation services in and around urban areas. In order to increase the volume of UAM operation, the key is to understand and enable the “highly automation.” The highly automation does not just apply to vehicle automation but to whole ecosystems, including air traffic services (ATS). Lina Yang will discuss the building blocks necessary to enable high-density UAM operation in this talk.
Speaker Bio: Lina Yang heads the Intelligent Systems team at Supernal, overseeing everything from the simplified vehicle concept to a comprehensive autonomy solution and roadmap. Her approach to autonomy centers on the software-defined Vehicle. Moving from technology and automotive sectors to aviation was a seamless transition for her. In this new realm of the urban air mobility industry, Yang strategically addresses challenges within controlled airspace, driven by her visionary perspective on autonomy.
About the Talk: Co-sponsored by the UC Berkeley Institute of Transportation Studies (ITS).
About the Series: Charting New Paths illuminates challenges and opportunities in applying emerging innovations to combat climate change, transform urban mobility, improve public health and shape technology policy.
Support CITRIS as we develop technology solutions for challenges around the world: wildfires, the health of an aging population, the future of a workforce augmented by artificial intelligence, and more. In all we do, we prioritize diversity, equity, and inclusion across each of our research initiatives.
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