MiXR enables in-situ 3D compositional modeling by harvesting real-world geometry in XR and using generative AI to synthesize coherent models from user-defined assemblies.
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An optimization framework translates high-level user objectives into feasible quadrotor trajectories through an interactive 3D design tool.
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MiXR: Harvesting and Recomposing Geometry from Real-World Objects for In-Situ 3D Design
MiXR enables in-situ 3D compositional modeling by harvesting real-world geometry in XR and using generative AI to synthesize coherent models from user-defined assemblies.
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Airways: Optimization-Based Planning of Quadrotor Trajectories according to High-Level User Goals
An optimization framework translates high-level user objectives into feasible quadrotor trajectories through an interactive 3D design tool.