Department of Biomedical Informatics, Emory University
Biomedical research to advance healthcare
- 27
- Projects
- 5
- Years accepted
- 3
- In 2025
Projects by year
272025
3 acceptedShow
Securing Linux Storage with ACLs: Open-Source Web Management Interface for Enhanced Data Protection
Accepted project · by _Aditya_Patil_
Institutional departments, such as the Biomedical Informatics (BMI) Department of Emory University School of Medicine, manage vast amounts of data,...
Adaptive Closed-Loop Neuromodulation: An Agentic Framework Using Synthetic EEG Data
Accepted project · by Amirhossein Afkhami Ardekani
This project focused on developing ACUMEN (Active Cross-Entropy Method with Uncertainty-driven Neural ODEs), a data-efficient framework for system...
Leveraging Diffusion Models to Enhance Segmentation Models for GI Tract Disorder Evaluation
Accepted project · by Miguel Aenlle
Acquiring neural fMRI and abdominal MRI data is inherently expensive and time-consuming, significantly limiting the volume of datasets available for...
2024
5 acceptedShow
Not only can clustering in itself be a useful task to solve, features learnt from deep clustering algorithms can also be used in downstream tasks...
This proposal highlights some key points and expected results of the project. The project proposes developing an open-source Graphical User Interface...
The project's core objective is to develop an open-source foundational model for EEG data analysis, using deep learning techniques and extensive...
Development of a Graphical User Interface for Time Series Toolbox Using Deep Learning
Accepted project · by Mete
Time series data has wide application across numerous sectors including healthcare, finance, and environmental studies, offering profound insights...
Python Expansion of the Open Source Electrophysiological Toolbox
Accepted project · by Muhammad Ubadah Tanveer
This project aims to enhance the Open Source Electrophysiological Toolbox (OSET) by expanding its Python capabilities. The goal is to create a...
2023
5 acceptedShow
- A Methodology To Categorize Exam SeriesHimanshu Kumar1
- Develop a drag-and-drop GUI for deep learning experimentationIoannis Valasakis
- Developing Contribute ActionParteek Goyal
- An Integrated CONTROL-CORE experienceRahul Jagwani
- A real-time computing support for concore.Shivang Vijay
2022
8 acceptedShow
- A server environment for the concore frameworkamit_62
- Better representations of scanner utilization from DICOM metadataNitesh Kumar Kushwaha
- MRIQC- Automated analysis of weekly MRI Quality Control Images for ACR AccreditationPraroop Chanda
- Adopt DHGWorkflow for concore with a seamless integrationAviral Kumar Goel
- A Python based tool for viewing and basic analysis of files with NumPy formatNada Ahmed Elmasry
- Interactive Multidimensional Visualizations for EaglescopeYahia Zakaria
- Workflow module for Niffler frameworkPavan_Bellam
- Extending the Graphical User Interface for OpenAI GymMehul Sinha
2021
6 acceptedShow
- CovCT: Development of an AI-based Android Application for distinguishing COVID-19 and Pneumonia using Computed Tomography Images and generate reports for analysisAryan Verma
- A Frontend For Loopsim Framework To Model Workflows With Closed LoopsShubham Awasthi
- A frontend for Niffler DICOM framework for machine learning pipelines and processing workflowsNishchal Singi
- Graphical User Interface for OpenAI GymÖzgür Kara
- Tensorflow GUIViraj Patel
- A Testing Framework for Niffler DICOM frameworks for Continuous IntegrationChinmay Vibhute
