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Creating a bounding model for counting cells in microscopy images.

The final code and data for Jack Luna and Kody Politza's final project

This is a project repo for the Governor's Institute Mathematics Group in 2024

A set of curricular materials for Physics 256: Computational Physics, an active-learning course at the University of Vermont.

A set of curricular materials for Physics 256: Computational Physics, an active-learning or self-directed course at the University of Vermont.

A set of curricular materials for Physics 256: Computational Physics, an active-learning or self-directed course at the University of Vermont.

A set of curricular materials for Physics 256: Computational Physics, an active-learning course at the University of Vermont.

A set of curricular materials for Physics 256: Computational Physics, an active-learning or self-directed course at the University of Vermont.

A set of curricular materials for Physics 256: Computational Physics, an active-learning or self-directed course at the University of Vermont.

A set of curricular materials for Physics 256: Computational Physics, an active-learning or self-directed course at the University of Vermont.

A set of curricular materials for Physics 256: Computational Physics, an active-learning course at the University of Vermont.

For cell segmentation using a Unet Architecture. Uses Tensorflow to segment microscopy image cells.

Materials for the 2019-11-07 UVM DeepGreen Workshop.