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Abstract
This workshop will showcase the cutting edge of research and practice in autonomous robotics for the management and control of wildland fire. Wildland fire management presents daunting challenges due to unstructured uncertainty, scale, and complex multiscale nonlinear interactions between the process and its environment. This workshop will bring together researchers and practitioners working to advance the integration of heterogeneous autonomous robots across all stages of wildland fire management through multidisciplinary work in guidance, navigation, control, sensing, computer vision, communications, novel design, security, high fidelity computation, operations, policy, and beyond. While deliberations will center on wildland fire resiliency, the scope of this forum will extend to broader questions concerning robotics and health of the wildland fire ecosystem and climate science. The following list provides broad areas of interest for technical content to be presented in the proposed workshop:
Autonomous robotics missions in wildland life
Multi-agent autonomy
Human-robot teaming
Flight under the canopy
Communication and coordination
Computer vision, machine learning and AI
Online decision making
Novel Design in Ground, Air and Space
Advances in Sensing and Data fusion
Lifecycle of Wildland Fire: Needs and Policy
Role of robotics in climate science
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