Wireless Communications Among Vehicles, Roadside Infrastructure, and Mobile Devices Enable a Wide Range of…
FY2024 · complete year · data as of 2026-07-03
A single federal award, with both ends of the trail linked.
Award 693JJ32450034 is a grant from the Department of Transportation, $19.2M obligated, FY2024 to FY2027, for Wireless Communications Among Vehicles, Roadside Infrastructure, and Mobile Devices Enable a Wide…. The work is performed in Texas. Source
Description
Wireless Communications Among Vehicles, Roadside Infrastructure, and Mobile Devices Enable a Wide Range of Applications Designed to Improve Safety, Provide Equitable Transportation, Enhance Mobility, Reduce Negative Environmental Impacts, and Bolster System Efficiency. Crucial to This Vision Is the Notion of Interoperable Connectivity That Is, That a Diverse Range of Mobile, IN-Vehicle, and Roadside Devices Can Communicate Ubiquitously, Efficiently, and Securely in a Privacy-Protected Manner Using Multiple Wireless Communications Technologies, Wireless Messages, Open Data Formats, and Standards. Multiple Technological, Economic, and Policy Strategies May Be Considered Charting a Path Towards Interoperable Connectivity. Some Strategies May Focus Exclusively on the Remaining Its Licensed Spectrum Utilizing C-V2X (Cellular V2X) Standards Per the Current FCC Band Plan. Additional Strategies May Utilize Other Forms of Wireless Communications, Including But Not Limited to Current and Emerging Fifth Generation (5G) Cellular and 5G New Radio Technologies. All of These Wireless Communications Strategies Feature Significant Uncertainties, Challenges, and Risks. AS Discussed in Section A.1, This Funding Opportunity Is Intended to Assess These Risks, Overcome Challenges, and Mitigate Key Uncertainties Detrimental to the Overarching Goal of Interoperable Connectivity.