SC Companion 2011: Seattle, WA, USA

Poster presentations

• Richard F. Barrett, Michael A. Heroux, Paul T. Lin, Courtenay T. Vaughan, Alan B. Williams:
  Poster: mini-applications: vehicles for co-design. 1-2
  
• Shirley Moore, Daniel Terpstra, Vincent M. Weaver, Heike Jagode, James Ralph, Jack Dongarra:
  Poster: new features of the PAPI hardware counter library. 3-4
  
• Tekin Bicer, David Chiu, Gagan Agrawal:
  Poster: a framework for data-intensive computing with cloud bursting. 5-6
  
• Mohamad Sindi, Majdi Baddourah, M. Ehtesham Hayder:
  Poster: high performance computing reservoir simulation in the oil industry. 7-8
  
• Yoav Tock, Benjamin Mandler, José E. Moreira, Terry Jones:
  Poster: scalable infrastructure to support supercomputer resiliency-aware applications and load balancing. 9-10
  
• Jose J. Camata, Alvaro L. G. A. Coutinho:
  Poster: parallel octree-based meshing for finite element computations. 11-12
  
• Dorian Krause, Mark Potse, Thomas Dickopf, Rolf Krause, Angelo Auricchio, W. Frits Prinzen:
  Poster: hybrid parallelization of a realistic heart model. 13-14
  
• Tom Haber, Petar Marendic, Dean Vucinic, Jan Lemeire, Philippe Bekaert:
  Poster: exascale in-situ visualization using raytracing. 15-16
  
• John Tannahill, Donald D. Lucas, David Domyancic, Scott Brandon, Richard Klein:
  Poster: Data intensive uncertainty quantification: applications to climate modeling. 17-18
  
• Swapneela Unkule, Apan Qasem:
  Poster: register pressure aware code transformations on GPU. 19-20
  
• Aleksandr Drozd, Naoya Maruyama, Satoshi Matsuoka:
  Poster: fast GPU read alignment with burrows wheeler transform based index. 21-22
  
• Atsushi Hori, Yutaka Ishikawa:
  Poster: MINT: a fast and green synchronization technique. 23-24
  
• Seren Soner, Can Özturan, Oguz Tosun:
  Poster: co-allocation based scheduling for parallel systems. 25-26
  
• Jonas Dias, Eduardo S. Ogasawara, Daniel de Oliveira, Marta Mattoso:
  Poster: scientific data parallelism using P2P technique. 27-28
  
• Jan Treibig, Georg Hager, Gerhard Wellein, Michael Meier:
  Poster: LIKWID: lightweight performance tools. 29-30
  
• Adam Crume, Carlos Maltzahn, Jason Cope, Sam Lang, Robert B. Ross, Philip H. Carns, Christopher D. Carothers, Ning Liu, Curtis Janssen, John Bent, Stephan Eidenbenz, Meghan McClelland:
  Poster: FLAMBES: evolving fast performance models. 31-32
  
• Andrew Uselton, Daniela Mayumi Ushizima:
  Poster: I/O workload analysis with server-side data collection. 33-34
  
• Sivasankaran Rajamanickam, Erik G. Boman, Michael A. Heroux:
  Poster: a hybrid-hybrid solver for manycore platforms. 35-36
  
• James Dinan, Pavan Balaji, Jeff R. Hammond, Sriram Krishnamoorthy, Vinod Tipparaju:
  Poster: High-level, one-sided programming models on MPI: a case study with global arrays and NWChem. 37-38
  
• Trilce Estrada, Boyu Zhang, Pietro Cicotti, Roger Armen, Michela Taufer:
  Poster: study of protein-ligand binding geometries using a scalable and accurate octree-based algorithm in mapReduce. 39-40
  
• Victor Wanderley Costa de Medeiros, Rodrigo Camarotti Ferreira da Rocha, Antonyus Pyetro do Amaral Ferreira, Bruno Holanda Tavares Charamba Dutra, Abner Correa Barros, João Cleber Bezerra Liborio Correia, João Paulo Fernandes Barbosa, Severino José de Barros-Junior, Gilliano Ginno Silva de Menezes, Abel Guilhermino Silva-Filho, Manoel Eusebio de Lima:
  Poster: high performance FPGA-based implementation of the seismic modeling of the RTM algorithm. 41-42
  
• Jeff Daily, Robert R. Lewis:
  Poster: automatic parallelization of numerical python applications using the global arrays toolkit. 43-44
  
• Thomas S. Brettin, Laura Pullum, Daniel Quest, Xiaohui Cui, Songhua Xu, Richard Stouder:
  Poster: a novel architecture for biothreat situation awareness. 45-46
  
• David Fiala, Frank Mueller, Christian Engelmann, Rolf Riesen, Kurt B. Ferreira:
  Poster: detection and correction of silent data corruption for large-scale high-performance computing. 47-48
  
• David Fiala, Kurt B. Ferreira, Frank Mueller, Christian Engelmann:
  Poster: a tunable, software-based DRAM error detection and correction library for HPC. 49-50
  
• Suren Chilingaryan, Andreas Kopmann, Alessandro Mirone, Tomy dos Santos Rolo, Matthias Vogelgesang:
  Poster: a GPU-based architecture for real-time data assessment at synchrotron experiments. 51-52
  
• Lucas A. Wilson, John A. Lockman III:
  Poster: The relentless computing paradigm: a data-oriented programming model for distributed-memory computation. 53-54
  
• Ashay Rane, Saurabh Sardeshpande, James Browne:
  Poster: determining code segments that can benefit from execution on GPUs. 55-56
  
• Logan Moon, Daniel Long, Shreyas Joshi, Vyomkesh Tripathi, Bo Xiao, George Biros:
  Poster: parallel algorithms for clustering and nearest neighbor search problems in high dimensions. 57-58
  
• David Banys, Aaron Dubrow:
  Poster: a top-20 supercomputing facility rethinks its cooling efficiency with fluid-submersion cooling. 59-60
  
• Steve Goldhaber, Stefan Muszala, Nanbor Wang, James F. Amundson, Eric G. Stern, Boyana Norris, Daihee Kim:
  Poster: performance modeling and computational quality of service (CQoS) in synergia2 accelerator simulations. 61-62
  
• James Glimm, Xiaolin Li, Vitali A. Morozov, Sameer Shende, Tulin Kaman:
  Poster: performance improvements of front tracking package. 63-64
  
• Tomas Oppelstrup, Alexander Stukowski, Jaime Marian:
  Poster: a highly efficient MGPT implementation for LAMMPS; with strong scaling. 65-66
  
• Sarat Sreepathi, Vamsi Sripathi, Glenn Hammond, Richard Mills, Kumar Mahinthakumar:
  Poster: a scalable two-phase parallel I/O library with application to a large scale subsurface simulator. 67-68
  
• Adrian Prantl, Thomas G. W. Epperly, Shams Imam:
  Poster: connecting PGAS and traditional HPC languages. 69-70
  
• Szilárd Páll, Berk Hess, Erik Lindahl:
  Poster: 3D tixels: a highly efficient algorithm for gpu/cpu-acceleration of molecular dynamics on heterogeneous parallel architectures. 71-72
  
• Ivo Kabadshow, Holger Dachsel, Jeff Hammond:
  Poster: Passing the three trillion particle limit with an error-controlled fast multipole method. 73-74
  
• Kenneth S. Lee, Heshan Lin, Wu-chun Feng:
  Poster: characterizing the impact of memory-access techniques on AMD fusion. 75-76
  
• Keith R. Bisset, Ashwin M. Aji, Tariq Kamal, Jae-Seung Yeom:
  Poster: large-scale computational epidemiology modeling using charm++. 77-78
  
• Anupam Anand Tambi, Yong Chen:
  Poster: a comprehensive benchmark suite for emerging solid state drives. 79-82
  
• Hidemoto Nakada, Hirotaka Ogawa, Tomohiro Kudoh:
  Poster: SSS: a mapreduce framework based on distributed key-value store. 83-84
  
• Yugendra R. Guvvala, Yong Chen, Yu Zhuang:
  Poster: rethinking raid for SSD based HPC systems. 85-86
  
• Atsuko Takefusa, Hidemoto Nakada, Ryousei Takano, Tomohiro Kudoh, Yoshio Tanaka:
  Poster: gridars resource management framework for intercloud. 87-88
  
• Akhil Langer, Ramprasad Venkataraman, Gagan Gupta, Laxmikant V. Kalé, Udatta Palekar, Steven Baker, Mark Surina:
  Poster: enabling massive parallelism for stochastic optimization. 89-90
  
• Ronald Minnich, Curtis L. Janssen, Sriram Krishnamoorthy, Andres Marquez, Wenjing Ma, Maya Gokhale, Ponnuswamy Sadayappan, Eric Van Hensbergen, Jonathan Appavoo, Jim McKie:
  Poster: FOX: a fault-oblivious extreme scale execution environment. 91-92
  

Electronic poster presentations

• Michael Wang, Paul J. Mignone, Daniel P. Riley, George V. Franks, Thomas Fiedler, Graeme E. Murch, Irina V. Belova:
  Electronic poster: a massively parallel lattice Monte Carlo algorithm in CUDA for thermal conduction simulations. 93-94
  
• Robert Read, John Spray:
  Electronic poster: chroma: a new management interface for lustre. 95-96
  
• Tyler W. Garaas, Alan Sullivan:
  Electronic poster: parallel algorithms for high accuracy NC milling simulation. 97-98
  
• Michael Knobloch, Timo Minartz, Daniel Molka, Stephan Krempel, Thomas Ludwig, Bernd Mohr:
  Electronic poster: eeclust: energy-efficient cluster computing. 99-100
  
• Joseph A. Insley, Leopold Grinberg, Michael E. Papka, George E. Karniadakis:
  Electronic poster: visualizing multiscale simulation data. 101-102
  
• Michel E. Rasquin, Patrick Marion, Venkatram Vishwanath, Benjamin Matthews, Mark Hereld, Kenneth E. Jansen, Raymond M. Loy, Andrew Bauer, Min Zhou, Onkar Sahni, Jing Fu, Ning Liu, Christopher D. Carothers, Mark S. Shephard, Michael E. Papka, Kalyan Kumaran, Berk Geveci:
  Electronic poster: co-visualization of full data and in situ data extracts from unstructured grid cfd at 160k cores. 103-104
  
• Thomas William, Donald K. Berry, Robert Henschel:
  Electronic poster: performance studies of a molecular dynamics code. 105-106
  
• Mario E. Caire:
  Electronic poster: power modeling of high performance computer clusters. 107-108
  

ACM SRC poster presentations

• Sam Ade Jacobs, Nancy M. Amato:
  ACM SRC poster: from days to seconds: scalable parallel algorithm for motion planning. 109-110
  
• Sharrukh Zaman, Daniel Grosu:
  ACM SRC poster: combinatorial auction-based dynamic VM provisioning and allocation in clouds. 111-112
  
• Lena Mashayekhy, Daniel Grosu:
  ACM SRC poster: a merge-and-split mechanism for dynamic virtual organization formation in grids. 113-114
  
• Moussa Taifi:
  ACM SRC poster: SpotMPI: auction-based high performance cloud computing. 115-116
  
• Pieter Bellens, Kannappan Palaniappan, Rosa M. Badia, Guna Seetharaman, Jesús Labarta:
  ACM SRC poster: a portable implementation of the integral histogram in starss. 117-118
  
• Brandon Lee Gibson:
  ACM SRC poster: gem: a formal dynamic environment for HPC pedagogy. 119-120
  
• Sanjukta Bhowmick, Vyacheslav V. Rykov, Vladimir Ufimtsev:
  ACM SRC poster: a scalable group testing based algorithm for finding d-highest betweenness centrality vertices in large scale networks. 121-122
  
• Ehsan Totoni, Laxmikant V. Kalé:
  ACM SRC poster: optimizing all-to-all algorithm for PERCS network using simulation. 123-124
  

Scientific visualization presentations

• Jean M. Favre, Jon Rotvig, Andrew Jackson:
  The reversing magnetic field of planet earth. 125-126
  
• Iman Borazjani, Mohsen Daghooghi, Nathaniel Barlow, Martins Innus, Adrian Levesque, Alisa Neeman, Matthew Jones, Cynthia Cornelius:
  Visualizing the wake of aquatic swimmers. 127-128
  
• David Pugmire, Paul Sutter, Paul Ricker, Hsiang-Yi (Karen) Yang, George Foreman:
  Magnetic field outflows from active galactic nuclei. 129-130
  
• Michael A. Matheson, Allan D. Grosvenor, Alexander A. Zheltovodov:
  Shock wave / turbulent boundary layer interactions. 131-132
  
• Ralf Kähler, Tom Abel, Ji-hoon Kim:
  Visualization of a high-resolution galaxy formation simulation. 133-134
  
• Philip Smith, Michal Hradisky, Jeremy Thornock, Jennifer Spinti, Diem Nguyen:
  Large eddy simulation of a turbulent buoyant helium plume. 135-136
  
• Philip Smith, Jeremy Thornock, Dan Hinckley, Michal Hradisky:
  Large eddy simulation of industrial flares. 137-138
  
• Joseph A. Insley, Leopold Grinberg, Dmitry A. Fedosov, Vitali A. Morozov, Bruce Caswell, Michael E. Papka, George E. Karniadakis:
  Blood flow: multi-scale modeling and visualization. 139-140
  
• Joseph A. Insley, Rick Wagner, Robert Harkness, Daniel R. Reynolds, Michael L. Norman, Mark Hereld, Eric C. Olson, Michael E. Papka, Venkatram Vishwanath:
  Modeling early galaxies using radiation hydrodynamics. 141-142
  
• Joseph A. Insley, Umesh Paliath, Anurag Gupta, Hao Shen:
  Turbulent mixing noise from jet exhaust nozzles. 143-144
  
• Bradley Carvey, Nathan Fabian, Patricia Crossno, David H. Rogers:
  High velocity aluminum ball collision: photo realistic rendering of polygonal data. 145-146
  
• Bradley Carvey, Nathan Fabian, Patricia Crossno, David H. Rogers:
  Exploding asteroid simulation: photo realistic rendering of polygonal data. 147-148
  
• Brandt M. Westing, Chris Burns, Christopher Gilpin:
  Volume rendering of heart muscle mitochondria. 149-150
  
• Carson Brownlee, Benjamin Brown, John Clyne, Chems Touati, Kelly Gaither, Charles D. Hansen:
  Stellar magnetism. 151-152
  
• Karla P. Vega, Adam Kubach, Clint Dawson, Rick A. Luettich, Joannes J. Westerink:
  Eyes on the gulf: deepwater horizon oil spill visualization. 153-154
  
• Paul A. Navrátil, William L. Barth:
  Taylor-Couette flow in a virtual rheoscopic fluid. 155-156
  

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