Top 10 V2X Communication experts to follow
Paul Alexander: As a prominent figure at Bosch, Alexander has been instrumental in spearheading the company's V2X communication initiatives, integrating advanced vehicular communication tools to enhance road safety and traffic efficiency.
Daniel Camps: Working at Mobileye, an Intel Company, Camps's involvement in their V2X communication division has contributed to some of the most advanced vehicular communication tools on the market.
Roger Berg: At DENSO, one of the world's largest automotive suppliers, Berg is leading the charge in the development of V2X technologies, making vehicles smarter and roads safer.
James Misener: With his extensive work at Qualcomm, Misener is recognized for his groundbreaking contributions in V2V and V2I communication protocols, emphasizing safety and enhanced mobility.
Sue Bai: As an engineer at Honda R&D, Bai's work on V2X communication systems is setting industry standards, especially in the integration of these systems in autonomous vehicles.
Carla Bailo: CEO of the Center for Automotive Research (CAR), Bailo's insights into V2X communication are shaping industry discussions, especially pertaining to policy-making and regulations.
Jeffrey Miller: An IEEE member and a professor at the University of Southern California, Miller's academic and practical contributions to V2X technologies have been substantial, covering the nexus between autonomous driving and vehicular communication.
John Kenney: Based at the Toyota InfoTechnology Center in Silicon Valley, Kenney's research and development in V2X have paved the way for advanced communication solutions, especially in dense urban environments.
Regina Hopper: As the former CEO of the Intelligent Transportation Society of America (ITS America), Hopper has been a vocal advocate for V2X communication solutions, emphasizing their role in the transportation systems of the future.
Scott McCormick: As the President of the Connected Vehicle Trade Association, McCormick's contributions to the standardization and proliferation of V2X technologies cannot be overstated.