The efficacy of creating a standardized credentialing system that is paperless.
Blockchain technology (e.g., open source Enterprise Ethereum) can be used as a vendor neutral integration layer to secure IoT devices to prevent malicious attacks, enable myriad IoT devices installed at the airports to work together in concert to unlock new value creation between different parties, and reward IoT operators for the value produced by data.
Development of a microgrid standard framework (Technical, Financial, Regulatory, Permitting) solution which can apply to all airports across the country. Due to the complexity of the airports' operation and numbers of stakeholders and decision-makers, this comprehensive solution has not been developed.
Create a data standard for aircraft ground operations and a tool to calculate detailed summaries of aircraft taxi times and flows from this aircraft vehicle location data
Intelligent Transportation Systems and Flight Tracking app data can be merged to provide real-time information that can reduce landside congestion at airports.
The objective of this applied project is to demonstrate the cost
effective utility and implementation of advanced surveillance, sensing,
or sequencing systems for terminal air traffic services.
To propose, develop and encourage US airports, airlines & industries to adopt IoT standards.
The selected research team will focus on developing a technology migration roadmap and working with TRB to identify the key requirements, features, and content of TERA that are vital to preserve, and those which can be redesigned, updated, or omitted entirely.