SC14 New Orleans, LA

Doctoral Showcase

  1. Accelerating MPI Collective Communications through Hierarchical Algorithms with Flexible Inter-Node Communication and Imbalance Awareness. Benjamin Parsons (Purdue University)
  2. Adaptive Power Efficiency: Runtime System Approach with Hardware Support. Ehsan Totoni (University of Illinois at Urbana-Champaign)
  3. Designing Scalable and Efficient I/O Middleware for Fault-Resilient High-Performance Computing Clusters. Raghunath Raja Chandrasekar (Ohio State University)
  4. Enabling Scalable Data Analysis of Computational Structural Biology Datasets on Distributed Memory Systems Supported by the MapReduce Paradigm. Boyu Zhang (University of Delaware)
  5. Failure Avoidance Techniques for HPC Systems Based on Failure Prediction. Ana Gainaru (University of Illinois at Urbana-Champaign)
  6. Fast Storage for File System Metadata. Kai Ren (Carnegie Mellon University)
  7. Fault Tolerant Iterative Solvers through Selective Reliability and Skeptical Programming. James Elliott (North Carolina State University)
  8. Hierarchical Scheduling Frameworks for Heterogeneous Clusters with GPUs. Kittisak Sajjapongse (University of Missouri)
  9. High Performance Computing over Geo-Spatial data: A Summary of Results. Satish Puri (Georgia State University)
  10. Introspective Resilience for Exascale High Performance Computing Systems. Saurabh Hukerikar (University of Southern California)
  11. Load Balancing Scientific Applications. Olga T. Pearce (Texas A&M University)
  12. Parallel Algorithms for Two-Stage Stochastic Optimizations. Akhil Langer (University of Illinois at Urbana-Champaign)
  13. Reliability and Energy Data Analysis and Modeling for Extreme Scale Systems. Li Yu (Illinois Institute of Technology)
  14. Scalable, Adaptive Methods for Forward and Inverse Modeling of Continental-Scale Ice Sheet Flow. Tobin Isaac (University of Texas at Austin)
  15. Semantically Ordered, Parallel Execution of Multiprocessor Programs. Gagan Gupta (University of Wisconsin-Madison)
  16. Storage Support for Data-Intensive Applications on Extreme-Scale HPC Systems. Dongfang Zhao (Illinois Institute of Technology)

SC14 Archive