Space Details:

Key:

hpc

Name:

UMBC High Performance Computing Facility

Description:

Creator (Creation Date):

anna (May 22, 2008)

Last Modifier (Mod. Date):

anna (Jul 18, 2008)

Available Pages:

UMBC High Performance Computing Facility
- Navigation
- Other Information
  - Acknowledgments
  - Contact Information
- Research Projects and Results
  - Projects using the HPCF
    - A Density-Functional Theory Calculation of Copper Lattice Electronic Structure
    - A Parallel Two-Scale Solution Algorithm for the Elastic Wave Equation
    - A Statistical Comparison of Small-Scale Features in Simulated Tropical Cyclones and High-Resolution Observational Data
    - A Study of Stratosphere-Troposphere Exchange with A-Train
    - A Unified Framework for Flexible Brain Image Analysis
    - Allosteric Inhibition of Hepatitis C Viral Polymerase
    - Analysis of Extra-Tropical Hurricane Transition using the Lagrangian Frame
    - Analysis of Promoter Regions with Soft-Computing Techniques
    - Applied Machine Learning Research for Bioinformatics and Biomedicine
    - Atmospheric Remote Sensing
    - Compliant Mechanisms Design
    - Computational Model of Cellular Adhesion in Bulk Flow
    - Computational Modeling of a ROTADE Sensor
    - Distributed Principal Direction Divisive Partitioning
    - Evaluation of Groundwater Flowpaths, Fluxes, and Stores in the Chesapeake Bay Watershed Using a Fully Distributed Coupled Hydrologic Model
    - In silico screening of library of CNS bioavailable compounds to identify potential Aβ toxicity inhibitors
    - Modeling Carrier Transport of Quantum Cacade Lasers
    - Modeling Optical Systems
    - Numerical Simulation of Calcium Waves in Human Heart Cells
    - Numerical Studies of the Effect of Buffer composition on the pH Gradient Shape
    - Optimization, Validation, and Integrated Analysis of AIRS Trace Gas Products
    - Parallel Computing for Clustering of Large Datasets
    - Parallel Simulations of the Linear Boltzmann Equation for Models in Microelectronics Manufacturing
    - Quantifying the Effect of Physical and Geochemical Heterogeneity on Virus and Nitrate Transport in Aquifers
    - Remote Sensing of Boundary Layer Trace Gases in the Presence of Dynamic Boundary Layer Events
    - Rendering Massive Models
    - Schooling, Fertility, and Married Female Labor Supply. What Role for Health?
    - Simulating Cell Deformation with Optical Forces using the Immersed Boundary Method
    - Stein's Method in High Dimensional Classification and Applications
    - The Impact of Emissions from the 2009 LA Fires on Downwind Air Quality
    - The Radio to TeV Synchrotron and Inverse Compton Emission from Extragalactic Relativistic Jets
    - Threshold Taxa Indicator ANalysis
    - Visualization of Early Washington DC
  - Technical Reports and Preprints
- Resources for Users
  - cannot-find-note
  - Consulting Support
  - Getting on Teragrid
  - HPC Frequently Asked Questions
  - New Resources for Users of hpc.rs.umbc.edu
  - Resources for Prospective Users
    - Account Request Form
    - Usage Policies
  - Resources for Users of hpc.rs.umbc.edu
    - Choosing a Compiler and MPI Implementation
    - Detailed Description of HPC
      - Brief Description of HPC
    - Disk Space and File Quotas
      - Infiniband-Connected Storage on HPC
      - UMBC AFS Storage on HPC
      - UMBC Research Data Storage
    - How to Compile and Link Code
    - How to Copy Files to and from HPC
    - HPC Compilation and Job Submission Tutorial
      - Compiling C Programs on HPC
        
        C++ Hello World Program
        
        Compilation Next Page Note
        
        Fortran 77 Hello World Program
        
        Fortran 90 Hello World Program
      - HPC Job Submission Tutorial Note
      - HPC Parallel Job Submission
        
        Running Parallel Hello World Using MVAPICH
        
        MPI Implementation Invariance
        
        Running Parallel Hello World Using MVAPICH2
      - HPC Serial Job Submission
        
        Queues on HPC
        
        Running IDL on HPC
        
        Running IDL on HPC Using the IDL Virtual Machine
        
        Running Matlab on HPC
        
        Running R on HPC
        
        Running SAS on HPC
      - Linking Programs on HPC
      - Monitoring and Controlling Jobs on HPC
        
        Monitoring and Controlling Jobs on HPC Content
      - Read The Tutorial First
    - HPC Quickstart
    - HPC Support Hours
    - Initial Setup of Your Account
    - Running Jobs on HPC
    - Using QSub
    - What is a Cluster and How do I Use One?
- Systems at UMBC
  - bluegrit.cs.umbc.edu
  - hercules.rs.umbc.edu
  - kali.math.umbc.edu
.bookmarks

Document generated by Confluence on Mar 31, 2011 15:37