| Pay It Forward With Reproducible and Reusable Open Sharing of Artifacts |
MGHPCC |
Chris Hill |
|
New and Recruiting |
Chris Hill |
| Data Presentation for the Living Bridge |
University of New Hampshire |
Scott Valcourt |
data handling, data wrangling, storage, hardware, cpus, storage, vpn, vpn, ssh, distributed computing, CyberInfrastructure, |
Complete |
Scott Valcourt |
| Data Visualizations Using the Microsoft HoloLens |
University of New Hampshire |
Scott Valcourt |
graphics, hw/sw integration, HPC, network, SoftwareInstallation, Compiling, debugging, OS, internet, networking |
Finishing Up |
Scott Valcourt |
| Spacecraft Charging Simulation Environment |
Electro Magnetic Applications, Inc |
Northeast Cyberteam |
parallelization, Simulations, Astrophysics |
New and Recruiting |
Justin McKennon |
| Light Propagation in a Temporal Focusing Microscope using Matlab |
Middlebury College |
Northeast Cyberteam |
parallelization, vectorization, matlab, |
In Progress |
Michael Durst |
| Unsupervised learning of topologically ordered phases of matter |
Middlebury College |
Northeast Cyberteam |
gpus, HPC, Quantum-Mechanics, Machine-Learning |
Finishing Up |
Chris Herdman |
| Creating Tailored Research Computing Environments |
Bentley University |
David Oury |
big data, cpus, gpus, parallelization, resources, containers, docker, Machine-Learning, python, r |
Complete |
David Oury |
| Parallel computing for interactions between fluids and flexible structures with application to suspended longline aquaculture farms |
University of Maine |
Northeast Cyberteam |
parallelization, parallelism, performance, programming, mpi, matlab |
Finishing Up |
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, HPCs |
Finishing Up |
Scott Valcourt |
| Student-led Development of Open Source Materials for Hadoop |
University of Maine Farmington |
Northeast Cyberteam |
big data, data handling, data wrangling, storage, ceph, hadoop, CyberInfrastructure, , |
In Progress |
Christopher Bennet |
| Facilitating Fusarium Oxysporum Computational Research |
UMass Amherst / MGHPCC |
John Griffin |
data handling, data wrangling, slurm, debugging, containers, desktops, |
In Progress |
John Griffin |
| Machine learning for material property prediction |
University of Maine Orono |
Northeast Cyberteam |
gpus, computational chemistry, Machine-Learning, python, |
In Progress |
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 handling, gpus, mpi, distributed computing, visualization, HPCs |
In Progress |
Peter Koons |
| A GIS based model for wildlife conservation in Sri Lanka |
Bridgewater State University |
Thilina Surasinghe |
mpi, networking, performance, python, |
In Progress |
Thilina Surasinghe |
| C++/17/14 Migration of Path Integral Quantum Monte Carlo Software |
University of Vermont |
Adrian Del Maestro |
HPC, SoftwareInstallation, 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 |
| Understanding Mechanical Properties of Bio-interfaces with HPC Molecular Simulations |
University of Vermont |
Juan Vanegas |
HPC, computational chemistry, Simulations, Molecular-Dynamics, gromacs, BioInformatics, python, mpi |
Complete |
Juan Vanegas |
| 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 handling |
Finishing Up |
Sean Birkel |
| BTLE Beaconing to Track Objects |
University of New Hampshire |
Scott Valcourt |
big data, graphics, hardware, hardware architecture, hw/sw integration, internet, networking, programming best practices, programming, |
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 |
Machine-Learning, programming, matlab |
Complete |
Kasey Legaard |
| Large-area Enhanced Forest Inventory modeled on 3-D Airborne Laser Scanning data |
University of Maine |
Northeast Cyberteam |
data handling, parallelization, performance, programming, |
Complete |
Daniel Hayes |
| Kerr Black Hole Gravitational Lensing |
Bridgewater State University |
Northeast Cyberteam |
network, mpi, Astrophysics |
Complete |
Thomas Kling |
| LOBO Fleet Monitoring |
Darling Marine Center, University of Maine |
Northeast Cyberteam |
Cloud/VM, SoftwareInstallation, openstack, Compiling, debugging, python, CyberInfrastructure |
In Progress |
Damian Brady |
| Grey matter density, heredity, and psychotic disorders with alcohol misuse: Moving toward new diagnostic conceptualization through biotypes. |
Suffolk University |
Northeast Cyberteam |
|
In Progress |
David Gansler |
| Northeast Cyberteam Program Portal |
WPI |
Northeast Cyberteam |
|
In Progress |
Julie Ma |
| UVM Art and AI Initiative |
University of Vermont |
Northeast Cyberteam |
website, visualization, ImageProcessing |
In Progress |
Jennifer Karson |
| Onboarding Interdisciplinary Scientists to a GPU Based Cluster in Vermont |
University of Vermont |
Northeast Cyberteam |
HPC, Deep-Learning, Programming Languages and Software Support, |
Complete |
Andrea Elledge |
| Using Agent Based Models on small world networks to understand disease transmission |
University of Vermont, work will be remote |
Jane Molofsky |
|
New and Recruiting |
Jane Molofsky |
| Using distributed computing to equilibrate Monte Carlo simulations |
Middlebury College |
Chris Herdman |
Quantum-Mechanics, Simulations, distributed computing, HPC, mpi |
In Progress |
Chris Herdman |
| Tracing Oceanic Pathways using High Resolution Model Output |
Stonehill College |
Kristi Burkholder |
oceanography |
Complete |
Kristin Burkholder |
| Research Computing "helpdesk" |
WPI |
Nect Admin |
website, 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 |
openfoam, batch jobs, job sizing, open on-demand, parallelism, Parametersweeps, performance, performance tuning, bash |
In Progress |
Jingru Benner |
| Genome Sequencing of the Bornean Rock Frog |
Smith College |
Riccardo Racicot |
BioInformatics |
New and Recruiting |
Riccardo Racicot |