2018 Larrell Walters Grand Challenge on
Cooperative Autonomous Systems and Technologies (CAST)
Background: The concept of autonomy is finding its way into systems and technologies for a diverse range of commercial and defense applications from smart cars to unmanned aerial systems (UAS) within a supporting autonomy architecture consisting of command and control, information exploitation and dissemination, and manned-unmanned teaming. The grand challenge of autonomy exists at both the systems and technologies level.
Challenge Problem: Design or fabrication approaches, and/or possible innovative concepts for either hardware (to include sensing and computing technologies), embedded algorithms, and architectures that could be adapted to assist smart cars traveling on smart roads through smart towns. Judges will determine the Grand Challenge Winner, details will be on the web page.
Approach: This design challenge can be based either (a) simulation, (b) hardware, or (c) software design and validation. Note that the submission includes a paper, and presentation. Please indicate “NAECON Grand Challenge” on the abstract submission to NAECON.
STEM Poster Session: A separate poster session will showcase undergraduate CAST-related projects from area high school and undergraduate students.