Fossil Reconstruction

Combining experimental and theoretical design for fossil analysis.

A close-up view of a dinosaur skeleton, focusing on the skull with sharp teeth and large eye sockets. The background shows foliage and a blue sky, suggesting an outdoor setting in a themed environment.

Data Collection

Gathering 3D scan data of fossil fragments.

A detailed and lifelike dinosaur model is depicted, specifically showing the head and neck. The background includes blurred elements such as trees and plants, suggestive of a prehistoric environment.

Model Development

Creating deep learning model for feature extraction.

A detailed view of a dinosaur skeleton, focusing on the skull with its large, sharp teeth. The fossil is displayed in a museum setting with indoor lighting and a ceiling visible in the background.

A fossilized skull, possibly of a prehistoric aquatic creature, embedded in a rocky surface. The skull displays prominent teeth and distinct bone structures, indicating its ancient origin.

Reassembly Algorithm

Developing algorithm for restoring complete fossil models.

API Integration

Supporting data processing and enhancing research efficiency.

Innovative Fossil Research and Restoration

We combine experimental and theoretical designs to enhance paleontological research through advanced deep learning and intelligent algorithms for fossil reconstruction.

A close-up view of a large dinosaur foot fossil displayed on a textured surface. The bones are dark and well-preserved, mounted on a metal frame. The surrounding area consists of a uniform gray, textured floor.

Transforming paleontology through technology.

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Research

Innovative methods for fossil reconstruction and analysis.