Jones, William Michael - Department of Computer Science, Coastal Carolina University

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Jones, William Michael - Department of Computer Science, Coastal Carolina University

SoutheastCon 2001 Student Software Competition
Bandwidth-aware Co-allocating Meta-schedulers for Mini-grid Architectures
Parallelization Spatial-Temporal
The Impact of Information Availability and Workload Characteristics on the Performance of Job Co-allocation in Multi-clusters
Ensuring Fairness Among Participating Clusters During Multi-site Parallel Job Scheduling
Memory Debugging Valgrind, Electric Fence, and gdb
THE IMPACT OF ERROR IN USER-PROVIDED BANDWIDTH ESTIMATES ON MULTI-SITE PARALLEL JOB SCHEDULING PERFORMANCE
Job Communication Characterization and its Impact on Meta-scheduling Co-allocated Jobs in a Mini-grid
Computational Mini-Grid Research at Clemson University Parallel Architecture Research Lab
Bandwidthaware Coallocating Metaschedulers Minigrid Architectures William Jones
Characterization of Bandwidth-aware Meta-schedulers for Co-allocating Jobs Across Multiple Clusters
Application Resilience: Making Progress In Spite of Failure
Middleware for Grid Computing (MGC) 2007, Newport Beach, CA26 November 2007 1 Using Checkpointing to Recover
Ensuring Fairness Among Participating Clusters During Multi-site Parallel Job Scheduling
The Impact of Information Availability and Workload Characteristics on the Performance of
Bandwidth-aware Co-allocating Meta-schedulers for Mini-grid Architectures William M. Jones
Parallelization Techniques for Spatial-Temporal Occupancy Maps from Multiple Video Streams
Job Communication Characterization and its Impact on Meta-scheduling Co-allocated Jobs in a Mini-grid
Using Checkpointing to Recover from Poor Multi-site Parallel Job Scheduling Decisions
Job Communication Characterization and its Impact on Metascheduling Coallocated Jobs Minigrid
Parallel and Distributed Computing Systems (PDCS) 2007, Cambridge, MA21 Nov 2007 1 The Impact of Error in User-Provided