| Natural Language Processing of a Low Resource Language (Igbo, an African Language) |
|
Stanley Nwoji |
|
Reviewing Applicants |
Stanley Nwoji |
| Bias and Fairness in Machine Learning |
|
Ahmed Rashed |
machine-learning, natural-language-processing |
Reviewing Applicants |
Ahmed Rashed |
| Computational Simulation of One-Dimensional Porous Polymers |
The University at Albany, SUNY |
Jeremy Feldblyum |
computational-chemistry, materials-science, monte-carlo |
In Progress |
Jeremy Feldblyum |
| Developing subject-specific models for the study of traumatic brain injury |
Robert Morris University |
Rika Carlsen |
finite-element-analysis, image-processing, matlab, programming, unix-environment, workflow |
In Progress |
Rika Carlsen |
| High throughput Python pipeline to identify Horizontal Gene Transfer |
Cabrini University |
Vinayak Mathur |
bioinformatics, biology, data-wrangling, genomics, github, python, workflow |
In Progress |
Vinayak Mathur |
| Medical Diagnostics of Chest X-Ray Images with Deep Convolutional Neural Networks (CNN) |
Kean University |
Bala Desinghu |
ai, big-data, gpu |
In Progress |
George Avirappattu |
| Performance Benchmarks and Optimizations of a Gravitational-Wave Simulation Software |
LIU Post |
Steven Liebling |
astrophysics, c++, matlab |
In Progress |
steven liebling |
| Detecting Covid-19 Misinformation on Social Media |
Bryant University |
Gaurav Khanna |
ai, bash, batch-jobs, big-data, biology, cuda |
In Progress |
Suhong Li |
| Expanding computational resources for gravitational wave detection pipelines in medium-latency and beyond |
University of Rhode Island |
Gaurav Khanna |
ANALYSES and ALGORITHMS, astrophysics, benchmarking, data-transfer, gravitational-waves, parallelization, python, scheduling |
In Progress |
Rob Coyne |
| Develop a data portal for the organization of molecular and imaging data |
University of Rhode Island -- Bay Campus |
Gaurav Khanna |
archiving, aws, bioinformatics, biology, CLOUD, DATA STORAGE, MGMT and MVMT, docker, genomics |
In Progress |
Ying Zhang |
| Transformer-Models for Translating Tax Code |
University of Connecticut - Stamford |
Andrew Sherman |
ai, natural-language-processing, python |
In Progress |
Phillip Bradford |
| Searching for Signals of Cosmic Anisotropy |
Connecticut College |
Michael Seifert |
|
In Progress |
Michael Seifert |
| Digital Infrastructure for "The North Woods Project" |
|
Gaurav Khanna |
DOMAIN SPECIFIC TOOLS, professional-development, research-facilitation |
In Progress |
Madison Jones |
| Physical chemistry studies of environmental pollutant transformations: SIMION modeling of ion behavior in an electric field |
New Jersey Institute of Technology |
Galen Collier |
computational-chemistry, particle-physics, programming, scripting |
Halted |
Alexei Khalizov |
| Delaware Microbiome Mapping and Database Development |
University of Delaware |
Christina Callahan |
|
Halted |
Christina Callahan |
| Developing deep learning algorithms to analyze Raman spectral data for brain cancer diagnosis |
Southern CT State University |
Binlin Wu |
gpu, image-processing, machine-learning, neural-networks, python |
Halted |
Binlin Wu |
| Metagenomic analysis to identify gene clusters associated with IgA production |
SUNY Upstate Medical University |
Joel Wilmore |
bioinformatics, biology, genomics, python, r, research-facilitation |
Finishing Up |
Joel Wilmore |
| Simulating 21st century boreal forests and fire with a state-of-the-art process-based model |
Cary Institute |
Winslow Hansen |
biology, cluster-support, dependencies, deployment, netcdf, performance-tuning, r |
Finishing Up |
Winslow Hansen |
| Deep-learning facilitated microscopy for the dissection of durable resistance to plant disease. |
University of Delaware |
Anita Schwartz |
deep-learning, python |
Finishing Up |
Jeffrey Caplan |
| Predictive Simulation of Pulsed Electric Field Exposure Effects on Vegetable Tissues and Bacterial Suspensions |
Rowan University |
Galen Collier |
|
Finishing Up |
Gary Thompson |
| Vector Representation with a Finance Corpus |
Rhode Island College |
Gaurav Khanna |
bash, batch-jobs, deep-learning, distributed-computing, machine-learning, programming, python, research-facilitation, ssh |
Finishing Up |
Murat Aydogdu |
| Deep convolutional neural networks (dCNN) for image segmentation, instance labeling, and tracking. |
University of Delaware |
Anita Schwartz |
bash, bioinformatics, computational-chemistry, debugging, machine-learning, programming, python, scripting, slurm, software-installation, tensorflow |
Complete |
Jeffrey Caplan |
| An optimized search algorithm for gravitational waves from post-merger remnants |
University of Rhode Island |
Gaurav Khanna |
astrophysics, conda, cuda, gpu, parallelization, python |
Complete |
Robert Coyne |
| High Performance Computing vs Quantum Computing for Neural Networks supporting Artificial Intelligence |
Pace University |
Avery Leider |
ai, big-data, deep-learning, github, hpc-cluster-architecture, hpc-operations, jupyterhub, machine-learning, natural-language-processing, proposal-development, python, quantum-mechanics, research-facilitation, research-grants, resources, scikit-learn, singularity, technical-training-for-hpc, vectorization |
Complete |
Jonathan Hill |
| Model Mie scattering and light propagation through a high scattering medium using Monte Carlo simulation |
Southern Connecticut State University |
Binlin Wu |
matlab, monte-carlo, programming, scheduling |
Complete |
Binlin Wu |
| Deep learning for biomedical image analysis |
Southern Connecticut State University |
Binlin Wu |
ai, big-data, deep-learning, gpu, machine-learning, matlab, python, tensorflow |
Complete |
Binlin Wu |
| Optimization of Mouse Social Behavior Data Analyses Pipeline |
University of Delaware |
Anita Schwartz |
bash, batch-jobs, environment-modules, job-sizing, lustre, matlab, nfs, putty, scheduling, sge, slurm, ssh, unix-environment, x11 |
Complete |
Josh Neunuebel |
| Electrostatics of the GABA(A) receptor pore |
Rutgers University–Camden |
Galen Collier |
bash, molecular-dynamics, namd, programming, programming-best-practices, scripting, slurm |
Complete |
Grace Brannigan |
| Parallel analysis of variants in multiple bear genomes: algorithmic solutions |
Rutgers University–Camden |
Galen Collier |
Data-Facing, bioinformatics |
Complete |
Andrey Grigoriev |
| Hybrid systems and LIFE methods for Mycobacterium tuberculosis |
Rutgers-Camden |
Sean McQuade |
matlab |
Complete |
Benedetto Piccoli |
| Analyzing NJ COVID-19 responses with Control theory, extending a study from earlier this year. |
Rutgers-Camden |
Sean McQuade |
matlab, programming, programming-best-practices |
Complete |
Benedetto Piccoli |
| Amsterdam Modeling Suite Software Usage on Penn State’s Roar Computer Clusters |
Penn State University - Altoona Campus |
Jeffrey J. Nucciarone |
batch-jobs, cluster-support, computational-chemistry, file-transfer, hpc-operations, job-sizing, management, pbs, permissions, provisioning, putty, quantum-mechanics, schedulers, scheduling, ssh, technical-training-for-hpc, terminal-emulation-and-window-management |
Complete |
Kofi Adu |
| Project WiCCED ML |
University of Delaware |
Anita Schwartz |
docker, hadoop, jupyterhub, kubernetes, machine-learning, programming-best-practices, python, r, software-installation, spark, tensorflow, tuning |
Complete |
Tina Callahan |
| Host-symbiont population genomics - analyzing the intraspecific variability of methanogenic archaeal endosymbionts of genus Methanocorpusculum hosted by a marine anaerobic ciliate Metopus sp. (Metopida) |
University of Rhode Island -- Bay Campus |
Gaurav Khanna |
bioinformatics, biology, genomics |
Complete |
Roxanne Beinart |
| Assembly and Taxonomic Profiling of Metagenomic Sequences using Deep Learning |
University of Rhode Island |
Gaurav Khanna |
ai, bioinformatics, biology, deep-learning, gpu, hardware, machine-learning, neural-networks, python |
Complete |
Ying Zhang |
| Establish Computational Analysis Infrastructure for the CCRI 16-inch Telescope. |
Community College of Rhode Island |
Gaurav Khanna |
astrophysics, data-analysis, git, python, research-facilitation, scripting |
Complete |
Brendan Britton |
| US Tax Code to Natural Language Parsable Data for Programming Languages |
University of Connecticut - Stamford |
Katherine Nelson |
natural-language-processing, python, sql |
Complete |
Phillip Bradford |
| Calculation of Polymer Hydrophobicity |
Penn State-New Kensington |
Rob Mathers |
cleanup, git, github, optimization, python |
Complete |
Rob Mathers |
| Statistical Analysis of criminal cases in the United States District Court of Puerto Rico |
Salve Regina University |
Gaurav Khanna |
ai, data-analysis, machine-learning, python |
Complete |
Carlos Paniagua |
| Understanding Covid-19 Pandemic through Social Media Discussion |
Bryant University |
Gaurav Khanna |
ai, data-analysis, natural-language-processing, programming, programming-best-practices, python |
Complete |
Suhong Li |
| Investigating the Association between Environmental Characteristics and Psychological Well-Being |
Kean University |
Galen Collier |
ai, api, data-analysis, geographic-information-system, image-processing, machine-learning, programming, programming-best-practices, python |
Complete |
Feng Qi |
| Coral Genomics: An assessment of metabolic pathways and genes influencing coral bleaching. Implications for the development of hydra as a model organism. |
Wilmington University |
Anita Schwartz |
genomics |
Complete |
Milton Muldrow |
| Remote sensing data management for large-area forest mapping projects |
|
Kasey Legaard |
|
|
Kasey Legaard |