The AHPCRC is a Government-University-Industry partnership committed to helping maintain the Army and United States lead in HPC research and providing future generations with the advanced tools and training they will need.

The objectives of the Institute are to provide training and hands-on experience in the use of HPC, and to prepare those who choose to pursue graduate studies in technology areas dependent upon HPC.

JSU has played an important role in the success of the Center, having first joined the AHPCRC team in 1989.

JSU faculty, with participation from research fellows, graduate and undergraduate students, are involved in research projects in the following topic areas:

• Fine Scale Modeling and Product Generation for Visualization of Dynamics and Phenomena
• Chemical/Biological Defense
• Environmental Quality Modeling

AHPCRC facilities at JSU include a computer laboratory consisting of NT workstations, an IBM RS/6000 SP, and a CRAY SV1ex. In addition, JSU AHPCRC researchers have direct access to other AHPCRC resources including a CRAY T3E-1200E and other IBM RS/6000 SPs.

Funding for support of the AHPCRC is provided by the U.S. Army, with funding for major equipment acquisition provided by the DoD High Performance Computing Modernization Program. The AHPCRC partners include Clark Atlanta, Florida A&M, Howard and Jackson State Universities, the University of Minnesota, the University of North Dakota and Network Computing Services, Inc.

Undergraduate science and engineering students have the opportunity to participate in an annual Summer Institute.

National AHPCRC web site - highlighting Jackson State University activities -

 

For additional information on the AHPCRC at JSU, please contact the JSU Principal Investigator, Dr. Jerzy Leszczynski     Jackson State Student Projects at the AHPCRC Summer Institute Undergraduate science and engineering students have the opportunity to participate in an annual Summer Institute. The objectives of the Institute are to provide training and hands on experience in the use of HPC, and to prepare those who choose to pursue graduate studies in technology areas dependent upon HPC. Sensitivity of Modeled Battlespace Atmospheric Condtitions toGrid Spacing, Boundary, and Initial Conditions Georgette Holmes (Jackson State University) Crystal Paulsen (University of North Dakota) Atmospheric Electomagnetic Wave Propagation Benjamin Hershey (University of North Dakota) Brandon DeShields (Jackson State University) Data Mining for Network Intrusion Detection Chantain Greer (Jackson State University) Anthony Coyle (University of Minnesota) Jeff Asmussen (University of Minnesota) Computer Simulations of the Hydrolysis of the Nerve Agents Sarin and Soman Wanda Haynes (Jackson State University) Aviane Flood (Jackson State University) Kymeiria Ingram (Florida A&M University) Network Intrusion Database Randel Anderson (Jackson State University) Effect of Turbulence and Initial Particle Concentration on the Nanoparticles Praveena Remata (Jackson State University) Remediation of an Aquifer Contaminated with Tetrachloroethene Jamese Sims (Jackson State University) Gayle Blizil (University of Minnesota) Tri Minh Tu (Minnesota School of Business) Comparisons of Buoyancy Interactions in Standard Earth and Microgravity Conditions Kantave Greene (Jackson State University) Parallel Simulation of Solute Transport in Heterogeneous Porous Media Kevin Patterson (Jackson State University) Demond Moy (Florida A&M University) Wellhead Protection for Clear Lake Minnesota Kimberly Coleman (Jackson State University) Simulation of Pond Infiltration and Solute Transport Using FEMWATER Rondah Smart (Jackson State University) Mining Geo-Spacial Data: Studying the Effects of Autocorrelation Albert Williams II (Jackson State University) Kawanda Knight (Florida A&M University) Odufa Ojior (University of Georgia) Solution Growth of Potassium Tytanyl Phosphate Beneia Barnes (Jackson State University) LeVar Young (Howard University) Simulation of Contaminant Transport From a Leaking Underground Storage Tank (UST) using FEMWATER Cortavius Tyner (Jackson State University) Computational Meteorology Rafael Mahecha (Jackson State University) Managing Spatial Information Lail Hossain (Jackson State University) Derek Kadlac (Bethel College) A Molecular Dynamic and Quantum Chemistry Study of the Side Groups of Staphylococcal Enterotoxin B Alvin Blue (Jackson State University) Isaac Church (Clark Atlanta University) Compartive Quantum Chemical Analysis of the Adsorption of Water and Nitroaromatic Compounds in Clay Minerals Zakiya Wilson (Jackson State University) Ryan Jones (University of Minnesota) Quantum Chemical Modeling of the Adsorption of Nitroaromatic Compounds on Clay Minerals Linea Baker (Florida A&M University) Daryl Spencer (Jackson State University) Unstructured Adaptive Mesh Refinement Charles Reinke (Jackson State University) Estimation of Depression Focussed Recharge Andrea Sealy (Jackson State University) Internet Based Graphics User Interface for Geographic Information Systems Timothy Ward (Jackson State University) Determination of Pumping Well Locations and Pumping Rates to Optimize Dissolved Contaminant Capture and Treatment Terrance B. Course (Jackson State University) Kassatihun Gebre-Amlak (Florida A&M University) Assessment of the Impact of Nonpoint Source Pollution on Groundwater Quality Kenric Wright (Jackson State University) Eddie Mason (Clark Atlanta University) Time Dependent Linear Elastodynamics Solver Shelby Holman (Jackson State University) Terrance Dubreus (Florida A&M University) Modeling of the Transport of Non-Reactive Solutes in Heterogeneous Porous Media Case 1: Rashad Sims (Jackson State University) Case 2: Latonja Slaughter (Jackson State University) Pore Scale Modeling of Water Retention Properties of Partially Hydrophobic Soils Case 1: Eboini Cannon and Alana McCants (Jackson State University) Case 2: Eboini Cannon and Alana McCants (Jackson State University) Numerical Simulation of Environmental Fluid Flow: Contaminant Dispersion in a City Ava Cherese Jeffries (Jackson State University) Funding for support of the AHPCRC is provided by U.S. Army Contract #DAAD19-03-D-0001, with funding for major equipment acquisition provided by the DoD HPC Modernization Program.