Webinar: Advancing Mission-Level Autonomy: Dynamic Replanning, Goal Reasoning, and the Future of Human–Machine Teaming
April 1 | 3:00 pm – 4:00 pm
As uncrewed aircraft systems become more capable, the industry’s biggest challenge is no longer the aircraft- it’s the operator. Parallax Advanced Research and its ecosystem collaborator the National Advanced Air Mobility Center will explore how reducing operator burden through adaptive, mission‑level autonomy is key to achieving truly scalable UAS operations. This webinar will highlight how Parallax evaluates next‑generation autonomous behaviors- such as goal reasoning, dynamic replanning, and intelligent corrective actions. Attendees will learn how these capabilities enable systems that respond to changing mission conditions, collaborate effectively with human supervisors, and support emerging processing concepts like neuromorphic‑inspired perception. Key topics include:
- How operator workload limits scalable UAS autonomy
- Goal‑reasoning architectures that allow autonomous systems to adapt in real time
- Dynamic replanning, re‑tasking, and self‑corrective behaviors during mission execution
- Emerging processing methods that support high‑level autonomy
- The evolution of human–machine teaming from direct control to supervisory roles
Join Parallax Advanced Research & NAAMCE to understand the future of autonomy- and the technologies shaping more capable, trustworthy, and mission‑ready UAS systems.
Speakers:
- Dr. Matt Molineaux, Director of Autonomy, Parallax Advanced Research
- Ted Angel, Executive Director, National Advanced Air Mobility Center of Excellence (NAAMCE)
