Dinosaur Motion Research

Innovative biomechanics model simulating dinosaur movements through advanced motion control and analysis techniques.

Dinosaur Motion Research

Innovative methods for simulating dinosaur movement through advanced biomechanics and motion control modeling.

Model Development Process

We construct a motion control model based on biomechanics to simulate dinosaur movement effectively.

A lifelike model of a dinosaur, resembling a Velociraptor, is surrounded by large green leaves and tropical foliage. The dinosaur's head is detailed with textured scales and vibrant yellow eyes, while its mouth is open, revealing sharp teeth. The sky is clear and blue in the background, adding to the vivid display.
A lifelike model of a dinosaur, resembling a Velociraptor, is surrounded by large green leaves and tropical foliage. The dinosaur's head is detailed with textured scales and vibrant yellow eyes, while its mouth is open, revealing sharp teeth. The sky is clear and blue in the background, adding to the vivid display.
Motion Analysis Tools

Our team designs advanced motion analysis tools to optimize and analyze skeletal-based movement constraints.

A large dinosaur skeleton displayed in a museum setting, with rocks scattered around its base. The skeleton is positioned against a plain wall, and an air conditioning unit is visible above. The lighting casts shadows that accentuate the skeletal features.
A large dinosaur skeleton displayed in a museum setting, with rocks scattered around its base. The skeleton is positioned against a plain wall, and an air conditioning unit is visible above. The lighting casts shadows that accentuate the skeletal features.
Research

Innovative motion control for dinosaur movement studies.

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