Concurrency and Computation: Practice and Experience, Volume 14

Volume 14, Number 1, January 2002

• Marcelo Lobosco, Claudio Luis de Amorim, Orlando Loques:
  Java for high-performance network-based computing: a survey. 1-31
  
• Stefan Weber, Paddy Nixon, Brendan Tangney:
  A flexible framework for consistency management. 33-53
  
• Andrew Begel, Philip Buonadonna, David E. Culler, David Gay:
  An analysis of VI Architecture primitives in support of parallel and distributed communication. 55-76
  

Volume 14, Number 2, February 2002

• Kevin Barker, Nikos Chrisochoides, Jeffrey Dobbelaere, Démian Nave, Keshav Pingali:
  Date movement and control substrate for parallel adaptive applications. 77-101
  
• Thomas Fahringer, Krzysztof Sowa-Pieklo, Przemyslaw Czerwinski, Peter Brezany, Marian Bubak, Rainer Koppler, Roland Wismüller:
  SPiDER - An advanced symbolic debugger for Fortran 90/HPF programs. 103-136
  
• Krzysztof Boryczko, Witold Dzwinel, David A. Yuen:
  Parallel implementation of the fluid particle model for simulating complex fluids in the mesoscale. 137-161
  

Volume 14, Number 3, March 2002

• Roland Wismüller:
  Special Issue: Euro-Par 2000. 163-164
  
• Felix Rauch, Christian Kurmann, Thomas Stricker:
  Optimizing the distribution of large data sets in theory and practice. 165-181
  
• Kevin B. Theobald, Rishi Kumar, Gagan Agrawal, Gerd Heber, Ruppa K. Thulasiram, Guang R. Gao:
  Implementation and evaluation of a communication intensive application on the EARTH multithreaded system. 183-201
  
• Harold W. Cain, Barton P. Miller, Brian J. N. Wylie:
  A callgraph-based search strategy for automated performance diagnosis. 203-217
  
• Kirk Schloegel, George Karypis, Vipin Kumar:
  Parallel static and dynamic multi-constraint graph partitioning. 219-240
  

Volume 14, Number 4, 10 April 2002

• Geoff Coulson, Oveeyen Moonian:
  A quality of service driven concurrency framework for object-based middleware. 241-259
  
• Pascal Felber, Michael K. Reiter:
  Advanced concurrency control in Java. 261-285
  
• Jon B. Weissman, Byoung-Dai Lee:
  The Virtual Service Grid: an architecture for delivering high-end network services. 287-319
  

Volume 14, Number 5, 25 April 2002

• Manish Parashar:
  Special Issue: Software architectures for scientific applications. 321-322
  
• Benjamin A. Allan, Robert C. Armstrong, Alicia P. Wolfe, Jaideep Ray, David E. Bernholdt, James Arthur Kohl:
  The CCA core specification in a distributed memory SPMD framework. 323-345
  
• Richard D. Hornung, Scott R. Kohn:
  Managing application complexity in the SAMRAI object-oriented framework. 347-368
  

Volume 14, Number 6-7, May/June 2002

• Special Issue: APEC Cooperation for Earthquake Simulation. 369-370
• Geoffrey Fox, Sung Hoon Ko, Marlon E. Pierce, Ozgur Balsoy, Jake Kim, Sangmi Lee, Kang-Seok Kim, Sangyoon Oh, Xi Rao, Mustafa Varank, Hasan Bulut, Gurhan Gunduz, Xiaohong Qiu, Shrideep Pallickara, Ahmet Uyar, Choon-Han Youn:
  Grid services for earthquake science. 371-393
  
• Kazuo Minami, Hiroshi Okuda:
  Optimization of GeoFEM for high performance sequential computer architectures. 395-409
  
• Kengo Nakajima, Hiroshi Okuda:
  Parallel iterative solvers for unstructured grids using a directive/MPI hybrid programming model for the GeoFEM platform on SMP cluster architectures. 411-429
  
• H. L. Xing, Akifumi Makinouchi:
  Finite-element modeling of multibody contact and its application to active faults. 431-450
  
• Yoshitaka Wada, Hiroshi Okuda:
  Effective adaptation technique for hexahedral mesh. 451-463
  
• Hiroaki Matsui, Hiroshi Okuda:
  Thermal convection analysis in a rotating shell by a parallel finite-element method - development of a thermal-hydraulic subsystem of GeoFEM. 465-481
  
• Kengo Nakajima:
  Parallel multilevel iterative linear solvers with unstructured adaptive grids for simulations in earth science. 483-498
  
• Mikio Iizuka, Daigo Sekita, Hisashi Suito, Mamoru Hyodo, Kazuro Hirahara, David Place, Peter Mora, Osamu Hazama, Hiroshi Okuda:
  Parallel simulation system for earthquake generation: fault analysis modules and parallel coupling analysis. 499-519
  
• Issei Fujishiro, Li Chen, Yuriko Takeshima, Hiroko Nakamura, Yasuko Suzuki:
  Parallel visualization of gigabyte datasets in GeoFEM. 521-530
  
• Kristy F. Tiampo, John B. Rundle, P. Hopper, J. Sá Martins, S. Gross, S. McGinnis:
  Parallelization of a large-scale computational earthquake simulation program. 531-550
  

Volume 14, Number 8-9, July/10 August

• Special Issue: High Performance Fortran. 551-553
• Yoshiki Seo, Hidetoshi Iwashita, Hiroshi Ohta, Hitoshi Sakagami:
  HPF/JA: extensions of High Performance Fortran for accelerating real-world applications. 555-573
  
• Hidetoshi Iwashita, Naoki Sueyasu, Sachio Kamiya, G. Matthijs van Waveren:
  VPP Fortran and the design of HPF/JA extensions. 575-588
  
• G. Matthijs van Waveren, Cliff Addison, Peter Harrison, Dave Orange, Norman Brown, Hidetoshi Iwashita:
  Code generator for the HPF Library and Fortran 95 transformational functions. 589-602
  
• Hitoshi Murai, Takuya Araki, Yasuharu Hayashi, Kenji Suehiro, Yoshiki Seo:
  Implementation and evaluation of HPF/SX V2. 603-629
  
• Tatsuki Ogino:
  Three-dimensional global MHD simulation code for the Earth's magnetosphere using HPF/JA. 631-646
  
• Hiroshi Okuda, Norihisa Anan:
  Optimization of element-by-element FEM in HPF 1.1. 647-663
  
• Hans Moritsch, Siegfried Benkner:
  High-performance numerical pricing methods. 665-678
  
• H. Sakagami, T. Mizuno:
  Compatibility comparison and performance evaluation for Japanese HPF compilers using scientific applications. 679-689
  
• Will Denissen, Henk J. Sips:
  Finding performance bugs with the TNO HPF benchmark suite. 691-712
  
• Barbara M. Chapman, F. Bregier, Amit Patil, Achal Prabhakar:
  Achieving performance under OpenMP on ccNUMA and software distributed shared memory systems. 713-739
  
• John M. Mellor-Crummey, Vikram S. Adve, Bradley Broom, Daniel G. Chavarría-Miranda, Robert J. Fowler, Guohua Jin, Ken Kennedy, Qing Yi:
  Advanced optimization strategies in the Rice dHPF compiler. 741-767
  
• Yasunori Nishitani, Kiyoshi Negishi, Hiroshi Ohta, Eiji Nunohiro:
  Techniques for compiling and implementing all NAS parallel benchmarks in HPF. 769-787
  
• Siegfried Benkner, Thomas Brandes:
  Efficient parallel programming on scalable shared memory systems with High Performance Fortran. 789-803
  

Volume 14, Number 10, 25 August 2002

• Vinod Valsalam, Anthony Skjellum:
  A framework for high-performance matrix multiplication based on hierarchical abstractions, algorithms and optimized low-level kernels. 805-839
  
• Hisashi Oguma, Yasuichi Nakayama:
  Lesser Bear: A lightweight process library for SMP computers - scheduling mechanism without a lock operation. 841-857
  
• Ahmad Afsahi, Nikitas J. Dimopoulos:
  Efficient communication using message prediction for clusters of multiprocessors. 859-883
  

Volume 14, Number 11, 25 August 2002

• Afonso Ferreira, Isabelle Guérin Lassous, K. Marcus, Andrew Rau-Chaplin:
  Parallel computation on interval graphs: algorithms and experiments. 885-910
  
• Glenn R. Luecke, Yan Zou, James Coyle, Jim Hoekstra, Marina Kraeva:
  Deadlock detection in MPI programs. 911-932
  
• Sergio Briguglio, Beniamino Di Martino, Gregorio Vlad:
  Workload decomposition strategies for hierarchical distributed-shared memory parallel systems and their implementation with integration of high-level parallel languages. 933-956
  

Volume 14, Number 12, 2002

• Iffat H. Kazi, David J. Lilja:
  Dynamically adapting to system load and program behavior in multiprogrammed multiprocessor systems. 957-985
  
• Douglas A. Lyon:
  Simulating multiple inheritance in Java. 987-1008
  
• Rajeev R. Raje, Barrett R. Bryant, Andrew M. Olson, Mikhail Auguston, Carol C. Burt:
  A quality-of-service-based framework for creating distributed heterogeneous software components. 1009-1034
  

Volume 14, Number 13-15, 2002

• Editorial: A summary of Grid computing environment. 1035-1044
• Gregor von Laszewski, Jarek Gawor, Peter Lane, Nell Rehn, Michael Russell:
  Features of the Java Commodity Grid Kit. 1045-1055
  
• Manish Parashar, Gregor von Laszewski, Snigdha Verma, Jarek Gawor, Kate Keahey, Nell Rehn:
  A CORBA Commodity Grid Kit. 1057-1074
  
• Keith R. Jackson:
  pyGlobus: a Python interface to the Globus Toolkit^TM. 1075-1083
  
• Stephen Mock, Mary Thomas, Maytal Dahan, Kurt Mueller, Catherine Mills, Gregor von Laszewski:
  The Perl Commodity Grid Toolkit. 1085-1095
  
• Geoffrey Fox, Shrideep Pallickara:
  An event service to support Grid computational environments. 1097-1127
  
• Jason Novotny:
  The Grid Portal Development Kit. 1129-1144
  
• Giovanni Aloisio, Massimo Cafaro:
  Web-based access to the Grid using the Grid Resource Broker portal. 1145-1160
  
• Jerry A. Clarke, Raju R. Namburu:
  A distributed computing environment for interdisciplinary applications. 1161-1174
  
• Rajkumar Buyya, Manzur M. Murshed:
  GridSim: a toolkit for the modeling and simulation of distributed resource management and scheduling for Grid computing. 1175-1220
  
• Karen Schuchardt, Brett T. Didier, Gary D. Black:
  Ecce - a problem-solving environment's evolution toward Grid services and a Web architecture. 1221-1239
  
• Naren Ramakrishnan, Layne T. Watson, Dennis G. Kafura, Calvin J. Ribbens, Clifford A. Shaffer:
  Programming environments for multidisciplinary Grid communities. 1241-1273
  
• Tomasz Haupt, Purushotham Bangalore, Gregory Henley:
  Mississippi Computational Web Portal. 1275-1287
  
• Gregor von Laszewski, Michael Russell, Ian T. Foster, John Shalf, Gabrielle Allen, Greg Daues, Jason Novotny, Edward Seidel:
  Community software development with the Astrophysics Simulation Collaboratory. 1289-1301
  
• William A. Watson III, Ian Bird, Jie Chen, Bryan Hess, Andy Kowalski, Ying Chen:
  A Web services data analysis Grid. 1303-1311
  
• Kamil Iskra, Robert G. Belleman, G. Dick van Albada, J. Santoso, Peter M. A. Sloot, Henri E. Bal, Hans J. W. Spoelder, Marian Bubak:
  The Polder Computing Environment: a system for interactive distributed simulation. 1313-1335
  
• Christopher R. Johnson, Steven G. Parker, David M. Weinstein, Sean Heffernan:
  Component-based, problem-solving environments for large-scale scientific computing. 1337-1349
  
• Randal Rheinheimer, Judy I. Beiriger, Hugh P. Bivens, Steven L. Humphreys:
  The ASCI Computational Grid: initial deployment. 1351-1363
  
• Anand Natrajan, Anh Nguyen-Tuong, Marty Humphrey, Michael Herrick, Brian P. Clarke, Andrew S. Grimshaw:
  The Legion Grid Portal. 1365-1394
  
• Dietmar W. Erwin:
  UNICORE - a Grid computing environment. 1395-1410
  
• Marlon E. Pierce, Choon-Han Youn, Geoffrey Fox:
  The Gateway computational Web portal. 1411-1426
  
• Mary Thomas, Maytal Dahan, Kurt Mueller, Stephen Mock, Catherine Mills, Ray Regno:
  Application portals: practice and experience. 1427-1443
  
• Keith Moore, Jack Dongarra:
  NetBuild: transparent cross-platform access to computational software libraries. 1445-1456
  
• Dorian C. Arnold, Henri Casanova, Jack Dongarra:
  Innovations of the NetSolve Grid Computing System. 1457-1479
  
• Elias N. Houstis, Ann Christine Catlin, Nitesh Dhanjani, John R. Rice, Naren Ramakrishnan, Vassilios S. Verykios:
  MyPYTHIA: a recommendation portal for scientific software and services. 1481-1505
  
• Rajkumar Buyya, David Abramson, Jonathan Giddy, Heinz Stockinger:
  Economic models for resource management and scheduling in Grid computing. 1507-1542
  
• Matthias S. Müller, Edgar Gabriel, Michael M. Resch:
  A software development environment for Grid computing. 1543-1551
  
• Andreas Schreiber:
  The integrated simulation environment TENT. 1553-1568
  
• Vijay Mann, Manish Parashar:
  Engineering an interoperable computational collaboratory on the Grid. 1569-1593
  

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