1.
Controlling cancer requires comprehensive understanding of the molecular, cellular, and organizational properties of tumor tissue. While clinical pathology has served as [...]
2020 | Dissertation |
2.
Magnetic Resonance Imaging (MRI) allows for the noninvasive exploration of animal and human anatomy. The focus of this project was to evaluate automatic segmentation rout [...]
2013 | Capstone |
3.
The goal of this project was to evaluate the feasibility of machine learning methods based on feature extraction and classification for differentiating benign and maligna [...]
2019 | Dissertation |
4.
5.
This thesis presents a suite of deep learning frameworks designed to address key challenges in the analysis of Electron Microscopy (EM) images of cancer cells, which are [...]
2024-10-28 | Thesis |
6.
The detection of cancer at its early stages requires the analysis of new biomarkers that are specific to the tumor and have less background than conventional biomarkers. [...]
2022 | Dissertation |
7.
Attenuation correction (AC) in PET/MR imaging significantly alters the displayed PET signal. Modern AC methods forgo the process of directly calculating attenuation throu [...]
2022 | Abstract |
8.
Patient stratification is essential for addressing breast cancer's inter- and intra-heterogeneity. While the PAM50 classifier is widely regarded to be the gold standard f [...]
2024-11-27 | Thesis |
9.
Medical images provide a non-invasive means of assessing structural and functional changes within the human body. They are a rich source of information on the internal bo [...]
2022 | Thesis |
10.