| Portal Development |
WPI |
Northeast Cyberteam |
community-outreach, documentation, professional-development, web-development, workforce-development |
Recruiting |
Julie Ma |
| A GIS based model for wildlife conservation in Sri Lanka |
Bridgewater State University |
Thilina Surasinghe |
mpi, performance, python |
On Hold |
Thilina Surasinghe |
| Learning dynamical systems with GPU-enabled scientific machine learning |
|
Alfa Heryudono |
machine-learning |
In Progress |
Alfa Heryudono |
| Optimization and Parallelization of A Numerical Gravitational-Wave Model |
|
Scott Field |
gravitational-waves |
In Progress |
Scott Field |
| Genome Sequencing of the Bornean Rock Frog |
Smith College |
Lisa Mangiamele |
big-data, bioinformatics, genomics |
In Progress |
Lisa Mangiamele |
| Using Agent Based Models on small world networks to understand disease transmission |
University of Vermont, work will be remote |
Jane Molofsky |
python |
Complete |
Jane Molofsky |
| UVM Art and AI Initiative |
University of Vermont |
Northeast Cyberteam |
image-processing, visualization, web-development |
Complete |
Jennifer Karson |
| Using distributed computing to equilibrate Monte Carlo simulations |
Middlebury College |
Chris Herdman |
distributed-computing, hpc, mpi, quantum-mechanics, simulations |
Complete |
Chris Herdman |
| Tracing Oceanic Pathways using High Resolution Model Output |
Stonehill College |
Kristi Burkholder |
oceanography |
Complete |
Kristin Burkholder |
| Research Computing "helpdesk" |
WPI |
Nect Admin |
web-development, programming |
Complete |
Sia Najafi |
| Transient cooling of composite spherical moving droplet at high temperature with phase change and non-homogeneous boundary conditions |
Western New England University |
Jingru Benner |
bash, batch-jobs, job-sizing, open-ondemand, openfoam, parallelism, parameter-sweeps, performance, performance-tuning |
Complete |
Jingru Benner |
| Incorporating Hytools into the current image processing pipeline to produce better vegetation maps that will account for radiometric signals and will parallelize workflow |
University of Maine at Fort Kent |
Larry Whitsel |
big-data, geographic-information-system, hpc-operations, image-processing, python, r, researcher-facing |
Complete |
Peter Nelson |
| Analyzing Pathogenic Clinical Isolates Genomes to Identify Horizontal Gene Transfer of Antibiotic-Resistance Genes |
University of Maine at Presque Isle |
Larry Whitsel |
data-facing, big-data, hpc, researcher-facing, bioinformatics, hpc-storage |
Complete |
Larry Feinstein |
| Deep Learning High-Resolution Land Cover Mapping for Vermont |
University of Vermont |
Jarlath O'Neil-Dunne |
arcgis, big-data, distributed-computing, geographic-information-system, image-processing, machine-learning, parallelism, python |
Complete |
Jarlath O'Neil-Dunne |
| Benchmarking Locally-Developed HPC Resources |
University of New Hampshire |
Scott Valcourt |
account, backup, big-data, data-facing, data-management, file-systems, hpc, hpc-cluster-build, hpc-getting-started, hpc-operations, permissions, provisioning, schedulers, slurm, unix-environment |
Complete |
Scott Valcourt |
| Utility poles Geo-Localization and Risk Estimation using Deep Learning |
University of Vermont |
safwan wshah |
ai, arcgis, big-data, conda, cuda, deep-learning, geographic-information-system, gpus, hpc, machine-learning, pip, python, tensorflow, unix-environment |
Complete |
safwan wshah |
| Big Data Portal For Sharing Real-world Bioinformatics Data Sets to the Public Domain |
University of Maine, Augusta |
Bruce Segee |
big-data, bioinformatics, data-facing, data-management, data-wrangling, hpc-storage, metadata, science gateway, storage (d-facing), web-development |
Complete |
Rocko Graziano |
| Uncertainty Quantification for Urban Air Quality Modeling in Clermont-Ferrand, France |
Stonehill College |
Janelle Hammond |
cluster, collaboration, hpc-getting-started, monte-carlo, python, simulations |
Complete |
Janelle Hammond |
| UVM Art + AI Research Group Phase 2 (2021) |
University of Vermont |
Jennifer Karson |
ai, cluster, collaboration, cuda, python, supercomputing, visualization |
Complete |
Jennifer Karson |
| AMD GPU-accelerated design tools for creating novel lifeforms |
University of Vermont |
David Matthews |
programming-for-hpc, supercomputing, support, training |
Complete |
Josh Bongard |
| Action of Hecke operators on spaces of modular forms |
University of Vermont |
Christelle Vincent |
cybersecurity, open-source, research-computing, research-software |
Complete |
Christelle Vincent |
| Simulate and design “xenobots”, on the AMD platform |
University of Vermont |
Andrea Elledge |
administering-hpc, amber, big-data, biology, cyberinfrastructure, documentation, file-transfer, github, hpc, programming-languages, research-computing, slurm |
Complete |
Josh Bongard |
| Using Long Short Term Memory to Obtain Particle Attributes during the Encapsulation Process of High Temperature Phase Change Materials |
Western New England University |
Jingru Benner |
deep-learning, machine-learning, matlab, openfoam |
Complete |
Jingru Benner |
| Bearing Condition Monitoring using Machine Learning |
Western New England University |
Vedang Chauhan |
ai, cluster, collaboration, data-analysis, data-transfer, machine-learning, neural-networks, programming |
Complete |
Vedang Chauhan |
| Flexible Material Handling using a Vision-Guided Industrial Robot |
Western New England University |
Vedang Chauhan |
documentation, domain-specific, entrepreneurship, hardware, image-processing, programming, project-management |
Complete |
Vedang Chauhan |
| Developing Portable and Reusable Computational Biology Modules |
|
Chris Wilson |
bioinformatics, cloud, data-reproducibility, docker, genomics |
Complete |
Chris Wilson |
| Understanding Mechanical Properties of Bio-interfaces with HPC Molecular Simulations |
University of Vermont |
Juan Vanegas |
bioinformatics, computational-chemistry, gromacs, hpc, molecular-dynamics, mpi, python, simulations |
Complete |
Juan Vanegas |
| Data Visualizations Using the Microsoft HoloLens |
University of New Hampshire |
Scott Valcourt |
compiling, debugging, graphics, hpc, hw-sw-integration, internet, networking, os, software-installation |
Complete |
Scott Valcourt |
| Light Propagation in a Temporal Focusing Microscope using Matlab |
Middlebury College |
Northeast Cyberteam |
matlab, parallelization, vectorization |
Complete |
Michael Durst |
| Unsupervised learning of topologically ordered phases of matter |
Middlebury College |
Northeast Cyberteam |
gpus, hpc, machine-learning, quantum-mechanics |
Complete |
Chris Herdman |
| Parallel computing for interactions between fluids and flexible structures with application to suspended longline aquaculture farms |
University of Maine |
Northeast Cyberteam |
matlab, mpi, parallelism, parallelization, performance, programming |
Complete |
Kimberly Hugueard |
| Student-Developed HPC Cluster for Active Learning |
University of New Hampshire |
Scott Valcourt |
big-data, hardware, hardware-architecture, hpc-cluster-build, hpc-operations, hw-sw-integration |
Complete |
Scott Valcourt |
| Student-led Development of Open Source Materials for Hadoop |
University of Maine Farmington |
Northeast Cyberteam |
big-data, ceph, cyberinfrastructure, data-wrangling, hadoop, storage (d-facing) |
Complete |
Christopher Bennet |
| Machine learning for material property prediction |
University of Maine Orono |
Northeast Cyberteam |
big-data, data-wrangling, computational-chemistry, molecular-dynamics, machine-learning, python, gpus |
Complete |
Liping Yu |
| Individual Based Modeling of Diamondback Terrapins |
Fitchburg State University |
Benjamin Levy |
|
Complete |
Benjamin Levy |
| Multiscale HPC Modeling, Tutorials and examples |
University of Maine |
Northeast Cyberteam |
data-management, distributed-computing, visualization, gpus, mpi |
Complete |
Peter Koons |
| C++/17/14 Migration of Path Integral Quantum Monte Carlo Software |
University of Vermont |
Adrian Del Maestro |
hpc, software-installation, compiling, debugging, dependencies, performance, performance-tuning, simulations, quantum-mechanics, programming |
Complete |
Adrian Del Maestro |
| The foundation of terrestrial life: Inferring a total-evidence timeline of vascular plant evolution |
University of Vermont |
Michael Sundue |
hpc |
Complete |
Michael Sundue |
| Onboarding Interdisciplinary Scientists to a GPU Based Cluster in Vermont |
University of Vermont |
Northeast Cyberteam |
hpc, deep-learning, programming-languages |
Complete |
Andrea Elledge |
| Developing Computational Labs for Upper Level Physical Chemistry II Course |
Bridgewater State University |
Saritha Nellutla |
computational-chemistry, gaussian |
Complete |
Saritha Nellutla |
| Using station data and downscaled reanalysis to assess the occurrence of extreme weather |
University of Maine |
Sean Birkel |
data-management |
Complete |
Sean Birkel |
| BTLE Beaconing to Track Objects |
University of New Hampshire |
Scott Valcourt |
big-data, internet, programming-best-practices, programming, graphics, hardware, hardware-architecture, hw-sw-integration |
Complete |
Scott Valcourt |
| Genetics and Big Data |
UVM |
Northeast Cyberteam |
big-data |
Complete |
Dawei Li |
| CI Learning Resource Repository |
University of New Hampshire |
Scott Valcourt |
resources, cyberinfrastructure, professional-development |
Complete |
Scott Valcourt |
| Using Genetic Algorithms and Support Vector Machines in Forest Mapping |
University of Maine |
Kasey Legaard |
big-data, cloud, compiling, data-management, hpc, machine-learning, matlab, neural-networks, openstack, parallelization, programming, workflow |
Complete |
Kasey Legaard |
| Large-area Enhanced Forest Inventory modeled on 3-D Airborne Laser Scanning data |
University of Maine |
Northeast Cyberteam |
data-management, programming, performance, parallelization |
Complete |
Daniel Hayes |
| Kerr Black Hole Gravitational Lensing |
Bridgewater State University |
Northeast Cyberteam |
networking, mpi, astrophysics |
Complete |
Thomas Kling |
| LOBO Fleet Monitoring |
Darling Marine Center, University of Maine |
Northeast Cyberteam |
big-data, data-access-protocols, data-management, data-wrangling, metadata, file-formats, cloud, openstack, cyberinfrastructure, oceanography, python, software-installation, compiling, debugging |
Complete |
Damian Brady |
| Grey matter density, heredity, and psychotic disorders with alcohol misuse: Moving toward new diagnostic conceptualization through biotypes. |
Suffolk University |
Northeast Cyberteam |
|
Complete |
David Gansler |
| Data Presentation for the Living Bridge |
University of New Hampshire |
Scott Valcourt |
data-wrangling, storage (d-facing), hardware, cpus, hpc-storage, vpn, ssh, distributed-computing, cyberinfrastructure |
Complete |
Scott Valcourt |