Beads Computer Vision Project

Here are a few use cases for this project:

1. Biomedical Imaging Analysis: Use the Beads model to identify and quantify bead-like structures such as cells or cell components in microscope images used for research in cell biology, histology, or cancer diagnostics.

2. Quality Control in Jewelry Industry: Leverage the Beads model to inspect and classify beads or gemstones in jewelry production, ensuring the consistency of bead dimensions, colors, and materials, and detecting potential defects or irregularities.

3. Particle Analysis in Materials Science: Utilize the Beads model to analyze the size, distribution, and morphology of beads or particles in materials such as ceramics, polymers, and composites, helping material scientists and engineers optimize material properties and develop advanced materials.

4. Archaeological Artifact Identification: Apply the Beads model to identify and classify beads, jewelry, or other similarly shaped artifacts in archaeological findings, assisting archaeologists and historians in studying past civilizations and cultures.

5. Environmental Monitoring and Pollution Studies: Employ the Beads model to detect and quantify microplastics, plastic beads, or other potentially harmful particles in water or soil samples, contributing to environmental studies, monitoring, and remediation efforts.