Material data in BRL-CAD is currently just material name and density. For their project, this capstone team was tasked with finding a way to represent material data to run accurate geometric simulations and render military vehicles with material specific information and shaders. Research area: Graphics, Visualization and Computational Fabrication.
The system takes a large input of products with their unique characteristics and clusters identical items. Companies can use this system to classify products with little human intervention. The team used clustering algorithms and language processing techniques like the Bag of Words model. Research area: AI, ML, NLP
For its project, a senior capstone team matched identical products across a massive dataset of more than 70,000 items using machine learning. Research area: AI, ML, NLP.
A team of four worked with Varis, an e-commerce industry sponsor, to develop an algorithm that could parse through a large data set in order to eliminate duplicate entries and match products within that data set. This project used clustering algorithms, machine learning and natural language processing. Research area: AI, ML, NLP