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Synthetic Simulation Pipelines for Embodied AI

Design high-fidelity simulation stacks that combine physics accuracy, procedural scene generation, and language-driven scenario scripting to accelerate robotics training.

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2. Scene Generation Strategies

Asset Libraries#

  • Curate reusable meshes, textures, and materials representing everyday objects, tools, and environments.
  • Maintain metadata describing physical properties (mass, friction), semantic labels, and usage rights.

Procedural Generation#

  • Use rule-based systems to assemble scenes (e.g., home interiors, warehouses) with randomized layouts.
  • Apply domain randomization: vary lighting, textures, object placement, clutter, and weather to improve robustness.
  • Integrate constraint solvers to ensure physically plausible configurations (no overlapping objects, reachable targets).

Language-Driven Scripting#

  • Employ natural-language templates to specify scenarios (“Set up a kitchen counter with utensils, randomize lighting, place two fragile items”).
  • Convert scripts into structured representations (JSON, scene graphs) for the simulator.
  • Allow domain experts to author scenarios without deep 3D tool expertise.
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