Graduate Students & Postdocs

I am primarily interested in machine learning and its intersections with complex applications and theory.

I am a PhD student at Georgia Tech studying electrical and computer engineering.

Dr. DeRamus' work focuses on functional connectomics above traditional BOLD frequency values, and multi-modal fusion of functional MRI and model-free diffusion-weighted connectomics to analyze structure/function interactions in the brain.s.

My research focuses on imaging genetics, with the aim to identify the underlying genetic factors related to abnormal imaging features/behavioral performances.

I am a PhD student majoring in Electrical Engineering at Georgia Institute of Technology. In my research projects, I am developing new data analysis methods using ideas from both electrical engineering and statistics fields.

My research interests include machine learning, data science, and statistical analysis of network data.

I am a Ph.D. student in Computer Science at Georgia State University and I work as a graduate research assistant at the TReNDS center under the supervision of Prof. Vince Calhoun.

My research interest broadly includes high dimensional data processing, machine learning and deep learning.

The major focus of my research is developing machine learning tools and techniques to understand brain dynamics in neuroimaging (fMRI and sMRI) data.

My research interests center around neuroimaging with a focus on developing new techniques for fusion of multimodal MR data and analyzing diffusion MR images to identify biomarkers for various brain disorders.

Currently I am developing one common classification framework to select optimal model order for dynamic functional connectivity states in Resting state fMRI Data.

My interests lie in digital signal and image processing, machine learning, data science and generally any problem that can be solved using a computer.

I am a Ph.D. student double-majoring in Biomedical Engineering (BME) and Electrical and Computer Engineering (ECE) studying deep brain stimulation.