Table of Contents

• CCGrid 2005 Committees [doi]
• CLAG+grid.edu 2005 organization [doi]
• 2005 IEEE International Symposium on Cluster Computing and the Grid [doi]
• International programme committee [doi]
• Welcome from the general co-chairs [doi]
• Message from the programme committee chairOmer F. Rana. [doi]
• Message from the organising committee [doi]
• Copyright page [doi]
• List of industrial sponsors [doi]
• Collaborative and learning applications of grid technology and grid educationOscar Ardaiz-Villanueva, Miguel L. Bote-Lorenzo, Amy W. Apon, Barry Wilkinson. 1 [doi]
• Enabling technologies for future learning scenarios: the semantic grid for human learningAngelo Gaeta, Pierluigi Ritrovato, Francesco Orciuoli, Matteo Gaeta. 3-10 [doi]
• A semantic grid-based e-learning framework (SELF)Zaheer Abbas, Muhammad Umer, Mohammed Odeh, Richard McClatchey, Arshad Ali, Hafiz Farooq Ahmad. 11-18 [doi]
• Semantic search of learning services in a grid-based collaborative systemGuillermo Vega-Gorgojo, Miguel L. Bote-Lorenzo, Eduardo Gómez-Sánchez, Yannis A. Dimitriadis, Juan I. Asensio-Pérez. 19-26 [doi]
• The QuarkNet/grid collaborative learning e-LabMarjorie Bardeen, Eric Gilbert, Thomas Jordan, Paul Nepywoda, Elizabeth Quigg, Michael Wilde, Yong Zhao. 27-34 [doi]
• The Planet Project: collaborative educational content repositories on structured peer-to-peer gridsCarles Pairot, Pedro García López, Robert Rallo, Josep Blat, Antonio F. Gómez-Skarmeta. 35-42 [doi]
• An advanced grid computing course for application and infrastructure developersErik Elmroth, Peter Gardfjäll, Johan Tordsson. 43-50 [doi]
• Experiences in teaching grid computing to advanced level studentsRichard O. Sinnott, A. J. Stell, J. P. Watt. 51-58 [doi]
• Experiences in teaching a geographically distributed undergraduate grid computing courseBarry Wilkinson, Mark A. Holliday, Clayton Ferner. 59-66 [doi]
• Grid computing in the undergraduate classroom topics, exercises and experiencesJens Mache, Amy W. Apon. 67-73 [doi]
• Cluster security - the paradigm shift74-76 [doi]
• Feasibility study and early experimental results towards cluster survivabilityChokchai Leangsuksun, Anand Tikotekar, Makan Pourzandi, Ibrahim Haddad. 77-81 [doi]
• Increasing distributed storage survivability with a stackable RAID-like file systemNikolai Joukov, Abhishek Rai, Erez Zadok. 82-89 [doi]
• A rejuvenation methodology of cluster recoveryKhin Mi Mi Aung, Kiejin Park, Jong Sou Park. 90-95 [doi]
• Clusters and security: distributed security for distributed systemsMakan Pourzandi, David Gordon, William Yurcik, Gregory A. Koenig. 96-104 [doi]
• Instant attack stopper in InfiniBand architectureManhee Lee, Mazin S. Yousif. 105-110 [doi]
• A first step toward detecting SSH identity theft in HPC cluster environments: discriminating masqueraders based on command behaviorWilliam Yurcik, Chao Liu. 111-120 [doi]
• Cluster security with NVisionCC: process monitoring by leveraging emergent propertiesGregory A. Koenig, Xin Meng, Adam J. Lee, Michael Treaster, Nadir Kiyanclar, William Yurcik. 121-132 [doi]
• Incorporating information from a cluster batch scheduler and center management software into automated log file analysisJames E. Prewett. 133-139 [doi]
• An adaptive instrumented node for efficient anomalies and misuse detections in HPC environmentFabrice Gadaud, M. Blanc, F. Combeau. 140-145 [doi]
• Searching for open windows and unlocked doors: port scanning in large-scale commodity clustersAdam J. Lee, Gregory A. Koenig, Xin Meng, William Yurcik. 146-151 [doi]
• First international workshop on semantic infrastructure for grid computing applications (SIGAW)Line Pouchard, Luc Moreau, V. Tamma. 152-153 [doi]
• Ontology based service for grid resources descriptionAna Marilza Pernas, M. A. R. Dantas. 154-159 [doi]
• Semi-automated preservation and archival of scientific data using semantic grid servicesJ. Hunter, S. Choudhury. 160-167 [doi]
• Deductive synthesis of workflows for e-ScienceBin Yang, Alan Bundy, Alan Smaill, Lucas Dixon. 168-175 [doi]
• Bootstrapping to a semantic gridJens Schwidder, Tara D. Talbott, James D. Myers. 176-181 [doi]
• Semantic integration of file-based data for grid servicesAndrew Woolf, Ray Cramer, Marta Gutierrez, Kerstin Kleese van Dam, Siva Kondapalli, Susan Latham, Bryan Lawrence, Roy Lowry, Kevin O Neill. 182-188 [doi]
• Using semantic Web technology to automate data integration in grid and Web service architecturesMartin Szomszor, Terry R. Payne, Luc Moreau. 189-195 [doi]
• A semantic grid-based data access and integration service for bioinformaticsGiovanni Aloisio, Massimo Cafaro, Italo Epicoco, Sandro Fiore, Maria Mirto. 196-203 [doi]
• International workshop on global and peer-to-peer computing204 [doi]
• An adaptive routing mechanism for P2P resource discoveryLuca Gatani, Giuseppe Lo Re, Salvatore Gaglio. 205-212 [doi]
• NodeWiz: peer-to-peer resource discovery for gridsSujoy Basu, Sujata Banerjee, Puneet Sharma, Sung-Ju Lee. 213-220 [doi]
• Reducing maintenance overhead in Chord via heterogeneityYuh-Jzer Joung, Jiaw-Chang Wang. 221-228 [doi]
• Search and index in locality-based clustering overlayYun He, Jianzhong Zhang, Xiaoguang Niu, Qi Zhao. 229-236 [doi]
• Efficient broadcast in P2P gridsPeter Merz, Katja Gorunova. 237-242 [doi]
• The distributed spanning tree: a scalable interconnection topology for efficient and equitable traversalSylvain Dahan, Jean-Marc Nicod, Laurent Philippe. 243-250 [doi]
• Performance evaluation of JXTA communication layersGabriel Antoniu, Philip J. Hatcher, Mathieu Jan, David A. Noblet. 251-258 [doi]
• P3: P2P-based middleware enabling transfer and aggregation of computational resourcesKazuyuki Shudo, Yoshio Tanaka, Satoshi Sekiguchi. 259-266 [doi]
• A secure trust and incentive management framework for public-resource based computing utilitiesArindam Mitra, Ranganath Udupa, Muthucumaru Maheswaran. 267-274 [doi]
• An incentives mechanism promoting truthful feedback in peer-to-peer systemsThanasis G. Papaioannou, George D. Stamoulis. 275-283 [doi]
• Data distribution in a peer to peer storage systemCyril Randriamaro, Olivier Soyez, Gil Utard, Francis Wlazinski. 284-291 [doi]
• 1st international workshop on grid performability292 [doi]
• Data grid performance analysis through study of replication and storage infrastructure parametersErnest Sithole, Gerard P. Parr, Sally I. McClean. 293-300 [doi]
• Performance metrics and ontology for describing performance data of grid workflowsHong Linh Truong, Thomas Fahringer, Francesco Nerieri, Schahram Dustdar. 301-308 [doi]
• Empirical evaluation of shared parallel execution on independently scheduled clustersM. Ghanesh, S. Kumar, Jaspal Subhlok. 309-316 [doi]
• Enhancing the effective utilisation of grid clusters by exploiting on-line performability analysisAnne Benoit, Murray Cole, Stephen Gilmore, Jane Hillston. 317-324 [doi]
• Workshop on agent-based grid economics325 [doi]
• Employing economics to achieve fairness in usage policing of cooperatively shared computing resourcesPercival Xavier, Wentong Cai, Bu-Sung Lee. 326-333 [doi]
• Large scale multiagent simulation on the gridIngo J. Timm, Dirk Pawlaszczyk. 334-341 [doi]
• Developing dynamic strategies for multi-issue automated contracting in the agent based commercial gridF. Lang. 342-349 [doi]
• An organizational grid of federated MOSIX clustersAmnon Barak, Amnon Shiloh, Lior Amar. 350-357 [doi]
• Design and implementation of an efficient multi-cluster GridRPC systemQuoc-Thuan Ho, Wentong Cai, Yew-Soon Ong. 358-365 [doi]
• SEMPLAR: high-performance remote parallel I/O over SRBNawab Ali, Mario Lauria. 366-373 [doi]
• Architecture for caching responses with multiple dynamic dependencies in multi-tier data-centers over InfiniBandSundeep Narravula, Pavan Balaji, Karthikeyan Vaidyanathan, Hyun-Wook Jin, Dhabaleswar K. Panda. 374-381 [doi]
• Resource management for clusters of virtual machinesGrzegorz Czajkowski, Michal Wegiel, Laurent Daynès, Krzysztof Palacz, Mick J. Jordan, Glenn Skinner, Ciarán Bryce. 382-389 [doi]
• Policy-based resource topology design for enterprise gridsSven Graupner, Akhil Sahai. 390-397 [doi]
• Co-reservation with the concept of virtual resourcesThomas Röblitz, Alexander Reinefeld. 398-406 [doi]
• Third workshop on grids and advanced networks407-409 [doi]
• Fast pattern-based throughput prediction for TCP bulk transfersTsung-i Huang, Jaspal Subhlok. 410-417 [doi]
• A dynamically adaptive hybrid algorithm for scheduling lightpaths in lambda-gridsNeena R. Kaushik, Silvia M. Figueira. 418-425 [doi]
• A distributed resource and network partitioning architecture for service gridsBruno Volckaert, Pieter Thysebaert, Marc De Leenheer, Filip De Turck, Bart Dhoedt, Piet Demeester. 426-433 [doi]
• Logistical multicast for data distributionJason Zurawski, D. Martin Swany, Micah Beck, Ying Ding 0002. 434-441 [doi]
• Evaluating high-throughput reliable multicast for grid applications in production networksMarinho P. Barcellos, Maziar Nekovee, M. Koyabe, Michael Daw, J. Brooke. 442-449 [doi]
• BioGrid- bridging life science and information technologyChun-Hsi Huang, Sanguthevar Rajasekaran. 450-454 [doi]
• GNARE: an environment for grid-based high-throughput genome analysisDinanath Sulakhe, Alex Rodriguez, Mark D Souza, Michael Wilde, Veronika Nefedova, Ian T. Foster, Natalia Maltsev. 455-462 [doi]
• Scientific grid activities in Cybermedia Center, Osaka UniversityToyokazu Akiyama, Kazunori Nozaki, Seiichi Kato, Shinji Shimojo, Steven Peltier, Abel W. Lin, Tomas E. Molina, George Yang, David Lee, Mark H. Ellisman, Kiyokazu Yoshida, Hirotaro Mori. 463-470 [doi]
• A grid-based HIV expert systemPeter M. A. Sloot, Alexander Boukhanovsky, Wilco Keulen, Charles A. Boucher. 471-486 [doi]
• Grid-enabling medical image analysisCécile Germain, Vincent Breton, Patrick Clarysse, Yann Gaudeau, Tristan Glatard, Emmanuel Jeannot, Yannick Legré, Charles Loomis, Johan Montagnat, Jean-Marie Moureaux, Angel Osorio, Xavier Pennec, Romain Texier. 487-495 [doi]
• Grid warehousing of molecular dynamics protein unfolding dataFrederic Stahl, Daniel P. Berrar, Cândida G. Silva, R. J. Rodrigues, Rui M. M. Brito, Werner Dubitzky. 496-503 [doi]
• Creating virtual storages and searching DICOM medical images through a grid middleware based in OGSAIgnacio Blanquer, Vicente Hernández, Damià Segrelles. 504-511 [doi]
• Modeling gene-regulatory networks using evolutionary algorithms and distributed computingMartin Swain, T. Hunniford, Johannes J. Mandel, Niall M. Palfreyman, Werner Dubitzky. 512-519 [doi]
• HGBS: a hardware-oriented grid BLAST systemTae-Kyung Kim, Sang-Keun Oh, Kyung-Hee Lee, Dong-Hyun Roh, Wan-Sup Cho. 520-526 [doi]
• Grid for Geno-Medicine: a glimpse on the GGM projectJean-Marc Pierson, Lionel Brunie, Clarisse Dhaenens, Abdelkader Hameurlain, Nordine Melab, Maryvonne Miquel, Franck Morvan, El-Ghazali Talbi, Anne Tchounikine. 527-528 [doi]
• The potential of parallel computing for locating primary care servicesConor Teljeur, Alan Kelly, I. Montoya. 529-533 [doi]
• Distributed market broker architecture for resource aggregation in grid computing environmentsMorihiko Tamai, Naoki Shibata, Keiichi Yasumoto, Minoru Ito. 534-541 [doi]
• An economic-based resource management framework in the grid contextChuliang Weng, Minglu Li, Xinda Lu, Qianni Deng. 542-549 [doi]
• Applying grid technology to Web application systemsR. Ueda, Matti A. Hiltunen, Richard D. Schlichting. 550-557 [doi]
• WS-based workflow description language for message passingYan Huang, Qifeng Huang. 558-565 [doi]
• Continuous resources allocation in Internet data centersYoussef Hamadi. 566-573 [doi]
• Clondike: Linux cluster of non-dedicated workstationsMartin Kacer, D. Langr, Pavel Tvrdík. 574-581 [doi]
• Application-level simulation modelling of large gridsSerafeim Zanikolas, Rizos Sakellariou. 582-589 [doi]
• Towards agent based grid resource managementHuaglory Tianfield. 590-597 [doi]
• Efficient resource description and high quality selection for virtual gridsYang-Suk Kee, D. Logothetis, Richard Y. Huang, Henri Casanova, Andrew A. Chien. 598-606 [doi]
• Online resource matching for heterogeneous grid environmentsVijay K. Naik, Chuang Liu, Lingyun Yang, Jonathan Wagner. 607-614 [doi]
• n-Cycle: a set of algorithms for task distribution on a commodity gridLadislau Bölöni, Damla Turgut, Dan C. Marinescu. 615-622 [doi]
• Q-SAC: toward QoS optimized service automatic compositionHanhua Chen, Hai Jin, Xiaoming Ning, Zhipeng Lu. 623-630 [doi]
• Providing support for integrated scientific computing: metacomputing meets the grid and the semantic WebSpyros Lalis, Catherine E. Houstis, Marios Pitikakis, George Vasilakis, Manolis Vavalis. 631-637 [doi]
• Security solution to manufacturing grid usage scenariosHongxia Cai, Tao Yu, Minglun Fang, Yongmei Lei. 638-643 [doi]
• Intra-engine service security for grids based on WSRFMatthew Smith, Thomas Friese, Bernd Freisleben. 644-653 [doi]
• Implementing a secure, service oriented accounting system for computational economiesJohn D. Ainsworth, Jon MacLaren, John M. Brooke. 654-660 [doi]
• Scalable enterprise level workflow and infrastructure management in a grid computing environmentKeyur Gor, Dheepak Ra, Shakeb Ali, Lech D. Alves, Neel Arurkar, Ira Gupta, Anirban Chakrabarti, Amit Sharma, Shubhashis Sengupta. 661-667 [doi]
• OGSA-based grid workload monitoringRui Zhang, Steve Moyle, Steve McKeever, Stephen Heisig. 668-675 [doi]
• Specification of grid workflow applications with AGWL: an Abstract Grid Workflow LanguageThomas Fahringer, Jun Qin, S. Hainzer. 676-685 [doi]
• A grid-based problem solving environment for GECEMMaria Lin, David W. Walker, Yu Chen, Jason W. Jones. 686-693 [doi]
• A grid application development platform for WebCom-GJohn P. Morrison, Sunil John, David A. Power, Neil Cafferkey, Adarsh Patil. 694-701 [doi]
• An enabling framework for parallel optimization on the computational gridSébastien Cahon, Nouredine Melab, El-Ghazali Talbi. 702-709 [doi]
• A scripting based architecture for management of streams and services in real-time grid applicationsHarshawardhan Gadgil, Geoffrey Fox, Shrideep Pallickara, Marlon E. Pierce, Robert Granat. 710-717 [doi]
• ReGS: user-level reliability in a grid environmentJ. A. L. Sanches, Patrícia Kayser Vargas, Inês de Castro Dutra, Vítor Santos Costa, Cláudio F. R. Geyer. 718-725 [doi]
• Servicing range queries on multidimensional datasets with partial replicasLi Weng, Ümit V. Çatalyürek, Tahsin M. Kurç, Gagan Agrawal, Joel H. Saltz. 726-733 [doi]
• Improving parallel data transfer times using predicted variances in shared networksLingyun Yang, Jennifer M. Schopf, Ian T. Foster. 734-742 [doi]
• Spatial indexing of distributed multidimensional datasetsBeomseok Nam, Alan Sussman. 743-750 [doi]
• Query planning for the grid: adapting to dynamic resource availabilityK. Zhang, Henrique Andrade, Louiqa Raschid, Alan Sussman. 751-758 [doi]
• Task scheduling strategies for workflow-based applications in gridsJames Blythe, S. Jain, Ewa Deelman, Yolanda Gil, Karan Vahi, Anirban Mandal, Ken Kennedy. 759-767 [doi]
• Scheduling complex computer simulations on heterogeneous non-dedicated machines: a case study in structural bioinformaticsMarco Aurélio Stelmar Netto, A. Breda, O. S. de Souza. 768-775 [doi]
• A batch scheduler with high level componentsNicolas Capit, Georges Da Costa, Yiannis Georgiou, Guillaume Huard, Cyrille Martin, Grégory Mounié, Pierre Neyron, Olivier Richard. 776-783 [doi]
• Experiences with the KOALA co-allocating scheduler in multiclustersHashim H. Mohamed, Dick H. J. Epema. 784-791 [doi]
• A hypergraph partitioning based approach for scheduling of tasks with batch-shared I/OGaurav Khanna 0002, Nagavijayalakshmi Vydyanathan, Tahsin M. Kurç, Ümit V. Çatalyürek, Pete Wyckoff, Joel H. Saltz, P. Sadayappan. 792-799 [doi]
• Exploiting the advantages of object-based DSM in a heterogeneous cluster environmentXuli Liu, Hong Jiang, Leen-Kiat Soh. 800-807 [doi]
• Supporting the dynamic grid service lifecycleJon B. Weissman, Seonho Kim, Darin England. 808-815 [doi]
• Behavioural specification of grid services with the KAoS policy languageLuc Moreau, Jeffrey M. Bradshaw, Maggie R. Breedy, Larry Bunch, Patrick J. Hayes, Matt Johnson, Shriniwas Kulkarni, James Lott, Niranjan Suri, Andrzej Uszok. 816-823 [doi]
• Object-oriented SPMDLaurent Baduel, Françoise Baude, Denis Caromel. 824-831 [doi]
• Secret sequence comparison on public grid computing resourcesKen-ichi Kurata, Hiroshi Nakamura, Vincent Breton. 832-839 [doi]
• Semantic support for computational land-use modellingEdoardo Pignotti, Peter Edwards, Alun D. Preece, J. Gareth Polhill, Nicholas Mark Gotts. 840-847 [doi]
• A new dynamical domain decomposition method for parallel molecular dynamics simulationVasilii Zhakhovskii, Katsunobu Nishihara, Yuko Fukuda, Shinji Shimojo, Toyokazu Akiyama, S. Miyanaga, H. Sone, H. Kobayashi, E. Ito, Y. Seo, M. Tamura, Y. Ueshima. 848-854 [doi]
• Mapping DAG-based applications to multiclusters with background workloadLigang He, Stephen A. Jarvis, Daniel P. Spooner, David A. Bacigalupo, Guang Tan, Graham R. Nudd. 855-862 [doi]
• A dynamic grid services deployment mechanism for on-demand resource provisioningEun-Kyu Byun, Jae-Wan Jang, Wook Jung, Jin-Soo Kim. 863-870 [doi]
• Fifth international workshop on distributed shared memory871-872 [doi]
• View-oriented update protocol with integrated diff for view-based consistencyZhiyi Huang, Martin K. Purvis, Paul Werstein. 873-880 [doi]
• Execution time prediction in DSM-based mobile gridsMarco Ballette, Antonio Liotta, S. M. Ramzy. 881-888 [doi]
• The performance analysis of portable parallel programming interface MpC for SDSM and pthreadH. Midorikawa. 889-896 [doi]
• A practical transparent data sharing service for the gridLouis Rilling, Christine Morin. 897-904 [doi]
• Teamster-G: a grid-enabled software DSM systemTyng-Yeu Liang, Chun-Yi Wu, Jyh-Biau Chang, Ce-Kuen Shieh. 905-912 [doi]
• A distributed shared buffer space for data-intensive applicationsRenaud Lachaize, Jorgen S. Hansen. 913-920 [doi]
• Distributed synchronization with shared semaphore setsCristian Tapus, Jason Hickey. 921-928 [doi]
• Version vector protocols implementing session guaranteesAnna Kobusinska, Cezary Sobaniec, Marek Libuda, Dariusz Wawrzyniak. 929-936 [doi]
• Reconfigurable consistency model for object-based software DSMChristiane V. Pousa, Luís Fabrício Wanderley Góes, Carlos Augusto Paiva da Silva Martins. 937-944 [doi]
• Can high performance software DSM systems designed with InfiniBand features benefit from PCI-Express?Ranjit Noronha, Dhabaleswar K. Panda. 945-952 [doi]
• User group-based workload analysis and modellingBaiyi Song, Carsten Ernemann, Ramin Yahyapour. 953-961 [doi]
• Computational workload prediction for grid oriented industrial applications: the case of 3D-image renderingAntonios Litke, Konstantinos Tserpes, Theodora A. Varvarigou. 962-969 [doi]
• Information policies for load balancing on heterogeneous systemsMarta Beltrán, José Luis Bosque. 970-976 [doi]
• A grid-based system for microbial genome comparison and analysisYudong Sun, Anil Wipat, Matthew R. Pocock, P. A. Lee, P. Watson, K. Flanagan, J. T. Worthington. 977-984 [doi]
• Analyzing the advance reservation of lightpaths in lambda-gridsSumit Naiksatam, Silvia M. Figueira, Stephen A. Chiappari, Nirdosh Bhatnagar. 985-992 [doi]
• Programmable optical burst switched network: a novel infrastructure for grid servicesReza Nejabati, Georgios Zervas, G. Dimitriades, Dimitra Simeonidou. 993-999 [doi]
• On the design and performance of kernel-level TCP connection endpoint migration in cluster-based serversVlad Olaru, Walter F. Tichy. 1000-1007 [doi]
• Memory registration caching correctnessPete Wyckoff, Jiesheng Wu. 1008-1015 [doi]
• OpenMosix, OpenSSI and Kerrighed: a comparative studyRenaud Lottiaux, Pascal Gallard, Geoffroy Vallée, Christine Morin, B. Boissinot. 1016-1023 [doi]
• Performance analysis for distributed and parallel Java programs with AksumClovis Seragiotto Jr., Thomas Fahringer. 1024-1031 [doi]
• Evaluating the performance of the dNFSP file systemR. Kassick, Caciano Machado, Everton Hermann, Rafael Bohrer Ávila, Philippe Olivier Alexandre Navaux, Yves Denneulin. 1032-1038 [doi]
• Scaling NFSv4 with parallel file systemsDean Hildebrand, Peter Honeyman. 1039-1046 [doi]
• Network performance variability in NOW clustersJeffrey J. Evans, Cynthia S. Hood. 1047-1054 [doi]
• A novel workload migration scheme for heterogeneous distributed computingYawei Li, Zhiling Lan. 1055-1062 [doi]
• Dynamic load balancing experiments in a gridMenno Dobber, Ger Koole, Robert D. van der Mei. 1063-1070 [doi]
• A distributed load-based failure recovery mechanism for advance reservation environmentsLars-Olof Burchard, Barry Linnert, Joerg Schneider. 1071-1078 [doi]
• ZetaSAT - Boolean SATisfiability solving on Desktop GridsWolfgang Blochinger, W. Westje, Wolfgang Küchlin, Sebastian Wedeniwski. 1079-1086 [doi]
• Construction of a diagnostic support system for circulatory disease in a volume communications environmentMotoi Okuda, Masahiro Watanabe, Teruo Matsuzawa. 1087-1092 [doi]
• Implementing phylogenetic inference with GRID superscalarVasilis Dialinos, Rosa M. Badia, Raúl Sirvent, Josep M. Pérez, Jesús Labarta. 1093-1100 [doi]
• NETIBIS: an efficient and dynamic communication system for heterogeneous gridsOlivier Aumage, Rutger F. H. Hofman, Henri E. Bal. 1101-1108 [doi]
• aIOLi: an input/output library for cluster of SMPAdrien Lebre, Yves Denneulin. 1109-1116 [doi]
• A high performance configurable transport protocol for grid computingXinran (Ryan) Wu, Andrew A. Chien, Matti A. Hiltunen, Richard D. Schlichting, S. Sen. 1117-1125 [doi]
• The Composite Endpoint Protocol (CEP): scalable endpoints for terabit flowsEric Weigle, Andrew A. Chien. 1126-1134 [doi]
• Implementing MPI-IO atomic mode without file system supportRobert B. Ross, Robert Latham, William Gropp, Rajeev Thakur, Brian R. Toonen. 1135-1142 [doi]
• Selfish grid computing: game-theoretic modeling and NAS performance resultsYu-Kwong Kwok, Shanshan Song, Kai Hwang. 1143-1150 [doi]
• GangSim: a simulator for grid scheduling studiesCatalin Dumitrescu, Ian T. Foster. 1151-1158 [doi]