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Speakers focused on current actions making the emerging technology of advanced mobility a reality, including specific accomplishments and successful public/private partnerships.
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One of the center's first projects will be supporting this pilot as well as BlackBerry QNX's work with the University of Waterloo, PolySync, and Renesas Electronics to build an autonomous concept vehicle.
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A fully autonomous, 15-passenger electric shuttle manufactured by French firm NAVYA will support research and provide self-guided tours of Mcity, the university's test site for connected and automated vehicles.
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Obstacles include privacy and security concerns, to a lack of infrastructure and the need for a legislative framework.
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Automated and connected vehicle technology has the potential to change all aspects of mobility and disrupt both public and private transportation as we know it. As Google, Uber, the automobile industry, and other organizations continue to make rapid technological advances in connected and automated vehicle technology, it is vital that public transit agencies consider these changes in their strategic planning.
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Craig Shankwitz will lead the development of MSU's Western Transportation Institute research team that will explore and develop applications of autonomous and connected vehicle technologies to roads and transportation systems in rural areas and small cities, in both the public and private sector.
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In this webinar, LILEE Systems will outline how to build an infrastructure that successfully rises to the challenges of today’s transportation market.
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According to the patent, the design calls for an automobile capable of operating without the input of a driver and is equipped with seats capable of changing its layout.
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Mcity is the world's first full-scale simulated urban environment designed expressly for testing the performance and safety of connected, automated, and autonomous vehicles under controlled and realistic road conditions. It is a 32-acre outdoor laboratory for advanced mobility systems that includes network of roads with intersections, traffic signs and signals, streetlights, building facades, sidewalks and construction obstacles.
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Mcity is a 32-acre simulated urban and suburban environment that includes a network of roads with intersections, traffic signs and signals, streetlights, building facades, sidewalks and construction obstacles.
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