Anthony Bilic
I am an incoming (Fall 2023) Ph.D. student in computer science (CS) at the University of Central Florida under Professor Chen
Chen.
I received my B.S. in CS from the University
of California, Irvine, in 2018 and my M.S. in CS from the Georgia Institute of Technology (GaTech)
in 2022—special thanks to Professor Irfan Essa
(GaTech) for his support.
Email  / 
Google
Scholar  / 
Linkedin  / 
Github
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Work Experience
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Software/Cloud Engineer
2018 - 2021
My primary duties included supporting software projects and
creating
distributed and orchestrated internal cloud services. In addition, I
supported
multiple machine learning projects and prototyped an image generation
approach
with a generative adversarial network (GAN). Technical details can be
found on my Linkedin.
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Research
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BC-MRI-SEG: A Breast Cancer MRI Tumor Segmentation Benchmark
Anthony Bilic,
Chen Chen
IEEE ICHI Multimodal4healthcare Workshop, 2024
Binary breast cancer tumor segmentation with Magnetic Resonance Imaging (MRI) data is typically trained and evaluated on private medical data, which makes comparing deep learning approaches difficult. We propose a benchmark (BC-MRI-SEG) for binary breast cancer tumor segmentation based on publicly available MRI datasets. The benchmark consists of four datasets in total, where two datasets are used for supervised training and evaluation, and two are used for zero-shot evaluation. Additionally we compare state-of-the-art (SOTA) approaches on our benchmark and provide an exhaustive list of available public breast cancer MRI datasets. The source code has been made available at https://irulenot.github.io/BC_MRI_SEG_
Benchmark/.
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End-to-End Multimodal Representation Learning for
Video Dialog
Huda Alamri,
Anthony Bilic,
Michael Hu,
Apoorva Beedu,
Irfan Essa
NeurIPS Workshop, 2022
Proposes a new framework that combines 3D-CNN network and transformer-based networks into a single visual encoder to extract more robust semantic representations from videos. The visual encoder is jointly trained end-to-end with other input modalities, such as text and audio. Experiments on the AVSD task show significant improvement over baselines in both generative and retrieval tasks.
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Awards
ORCGS Doctoral Fellowship, the University of Central Florida. 2023.
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