Plenary

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  Peter J. Hunter: Benefits of e-Science for the Physiome Project. 1
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  Jim Austin, Aaron Turner, Sujeewa Alwis: Grid Enabling Data De-Duplication. 2
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  Edward Seidel: Emerging Technologies and Applications for e-Science. 3
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  Ladislav Hluchý, Ondrej Habala, Martin Maliska, Branislav Simo, Viet D. Tran, Ján Astalos, Marian Babik: Grid Based Flood Prediction Virtual Organization. 4
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  J. Huisman, Ben P. Sommeijer, N. N. Pham Thi: Complex Dynamics in the Plankton: Computational Science Applied to the World's Oceans. 5
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  Wolfgang Gentzsch: National Grid Initiatives: Lessons Learned and Recommendations. 6
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  Carl Kesselman: Dynamic Infrastructure for Systems Level Science. 7
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  F. Gagliardi: e-Infrastructures for e-Science. 8
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  Louis O. Hertzberger: From Bioinformatics towards e-Bioscience. 9

Workflows and Knowledge Management 1

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  Frank Terpstra, Pieter W. Adriaans: Designing Workflow Components for e-Science. 10
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  Zhiming Zhao, Suresh Booms, Adam Belloum, Cees T. A. M. de Laat, Bob Hertzberger: VLE-WFBus: A Scientific Workflow Bus for Multi e-Science Domains. 11
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  Tomasz Gubala, Daniel Harezlak, Marian Bubak, Maciej Malawski: Semantic Composition of Scientific Workflows Based on the Petri Nets Formalism. 12
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  Martin Alt, Sergei Gorlatch, Andreas Hoheisel, Hans Werner Pohl: Using High-Level Petri Nets for Hierarchical Grid Workflows. 13

Workflows and Knowledge Management 2

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  Ewa Deelman, Scott Callaghan, Edward Field, Hunter Francoeur, Robert Graves, Nitin Gupta, Vipin Gupta, Thomas Jordan, Carl Kesselman, Philip Maechling, John Mehringer, Gaurang Mehta, David Okaya, Karan Vahi, Li Zhao: Managing Large-Scale Workflow Execution from Resource Provisioning to Provenance Tracking: The CyberShake Example. 14
• 
  Hong Linh Truong, Peter Brunner, Thomas Fahringer, Francesco Nerieri, Robert Samborski, Bartosz Balis, Marian Bubak, Kuba Rozkwitalski: K-WfGrid Distributed Monitoring and Performance Analysis Services for Workflows in the Grid. 15
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  Bartosz Kryza, Jan Pieczykolan, Jacek Kitowski: Grid Organizational Memory: A Versatile Solution for Ontology Management in the Grid. 16
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  Leonardo Salayandia, Paulo Pinheiro da Silva, Ann Q. Gates, Flor Salcedo: Workflow-Driven Ontologies: An Earth Sciences Case Study. 17

Workflows and Knowledge Management 3

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  Francesco Nerieri, Radu Prodan, Thomas Fahringer: Kalipy: A Tool for Online Performance Analysis of Grid Workflows through Event Correlation. 18
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  Márcia A. Inda, Adam Belloum, Marco Roos, Dmitry Vasunin, Cees T. A. M. de Laat, Louis O. Hertzberger, Timo M. Breit: Interactive Workflows in a Virtual Laboratory for e-Bioscience: The SigWin-Detector Tool for Gene Expression Analysis. 19
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  Sharanya Eswaran, David Del Vecchio, Glenn S. Wasson, Marty Humphrey: Adapting and Evaluating Commercial Workflow Engines for e-Science. 20
• 
  Jagan Kommineni, David Abramson, Jefferson Tan: Communication over a Secured Heterogeneous Grid with the GriddLeS Runtime Environment. 21

Virtual Organizations 1

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  Richard O. Sinnott, David W. Chadwick, Jos Koetsier, O. Otenko, John P. Watt, Tuan-Anh Nguyen: Supporting Decentralized, Security Focused Dynamic Virtual Organizations across the Grid. 22
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  Qin Li, Jianxin Li, Jinpeng Huai, Xingang Liu, Chunming Hu: CROWN-ST: A Security and Trustworthiness Architecture for CROWN. 23
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  Yuri Demchenko, Cees de Laat, Leon Gommans, René van Buuren: Domain Based Access Control Model for Distributed Collaborative Applications. 24
• 
  Nikolaos Volanis, Jos Dumortier: A European Legal Approach to Grid Computing. 25

Virtual Organizations 2

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  Jianxin Li, Jinpeng Huai, Jie Xu, Yanmin Zhu, Wei Xue: TOWER: Practical Trust Negotiation Framework for Grids. 26
• 
  Hui Li, David L. Groep, Lex Wolters, Jeffrey Templon: Job Failure Analysis and Its Implications in a Large-Scale Production Grid. 27
• 
  Karim Djemame, Iain Gourlay, James Padgett, Georg Birkenheuer, Matthias Hovestadt, Odej Kao, Kerstin Voß: Introducing Risk Management into the Grid. 28
• 
  Sang-Min Park, Glenn S. Wasson, Marty Humphrey: Authorizing Remote Job Execution Based on Job Properties. 29

e-Science Applications 1

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  Richard Kuntschke, Tobias Scholl, Sebastian Huber, Alfons Kemper, Angelika Reiser, Hans-Martin Adorf, Gerard Lemson, Wolfgang Voges: Grid-Based Data Stream Processing in e-Science. 30
• 
  Jianting Zhang, Ilkay Altintas, Jing Tao, Xianhua Liu, Deana Pennington, William Michener: Integrating Data Grid and Web Services for E-Science Applications: A Case Study of Exploring Species Distributions. 31
• 
  Veronika Nefedova, Robert L. Jacob, Ian T. Foster, Zhengyu Liu, Yun Liu, Ewa Deelman, Gaurang Mehta, Mei-Hui Su, Karan Vahi: Automating Climate Science: Large Ensemble Simulations on the TeraGrid with the GriPhyN Virtual Data System. 32
• 
  Paul A. David, Matthijs den Besten, Ralph Schroeder: How Open is e-Science? 33

e-Science Applications and Workflows and Knowledge Management

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  Jürgen Hofer, Thomas Fahringer: Presenting Scientific Legacy Programs as Grid Services via Program Synthesis. 34
• 
  Jian Guo Liu, Moustafa Ghanem, Vasa Curcin, Christian Haselwimmer, Yike Guo, Gareth Morgan, Kyran Mish: Achievements and Experiences from a Grid-Based Earthquake Analysis and Modelling Study. 35
• 
  Asbjørn Rygg, Jiro Sumitomo, Paul Roe: A Unified Model of Batch and Interactive Scientific Workflow and Its Implementation Using Windows Workflow. 36
• 
  Renata Slota, Joanna Zieba, Bartosz Kryza, Jacek Kitowski: Knowledge Evolution Supporting Automatic Workflow Composition. 37
• 
  Stefano Beco, Barbara Cantalupo, Annalisa Terracina: The Role of Workflow in Next Generation Business Oriented Grids: Two Different Approaches Leading to a Unified Vision. 38
• 
  Ioan Toma, Tobias Bürger, M. Omair Shafiq, Daniel Dögl, Wernher Behrendt, Dieter Fensel: GRISINO: Combining Semantic Web Services, Intelligent Content Objects and Grid Computing. 39

Virtual Organizations 3

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  Matt J. Harvey, Shantenu Jha, Mary-Ann Thyveetil, Peter V. Coveney: Using Lambda Networks to Enhance Performance of Interactive Large Simulations. 40
• 
  Ronald Schroeter, Jane Hunter, Jonathon Guerin, Imran Khan, Michael Henderson: A Synchronous Multimedia Annotation System for Secure Collaboratories. 41
• 
  Harvey B. Newman, Dimitri Bourilkov, Julian J. Bunn, Richard Cavanaugh, Iosif Legrand, Steven H. Low, Shawn McKee, Dan Nae, Sylvain Ravot, Conrad Steenberg, Xun Su, Michael Thomas, Frank van Lingen, Yang Xia: The Design and Implementation of the Transatlantic Mission-Oriented Production and Experimental Networks. 42
• 
  Robert J. Meijer, Rudolf J. Strijkers, Leon Gommans, Cees T. A. M. de Laat: User Programmable Virtualized Networks. 43

Frameworks for e-Science 1

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  Daniel J. Crichton, Sean C. Kelly, Chris Mattmann, Qing Xiao, J. Steven Hughes, Jane Oh, Mark Thornquist, Donald Johnsey, Sudhir Srivastava, Laura Essermann, William Bigbee: A Distributed Information Services Architecture to Support Biomarker Discovery in Early Detection of Cancer. 44
• 
  Ralf Ratering, Alexander Lukichev, Morris Riedel, Daniel Mallmann, Andrea Vanni, Claudio Cacciari, S. Lanzarini, Krzysztof Benedyczak, Marcelina Borcz, R. Kluszcynski, Piotr Bala, Gert Ohme: GridBeans: Support e-Science and Grid Applications. 45
• 
  Tomasz Haupt, Anupama Voruganti, Anand Kalyanasundaram, Igor Zhuk: Grid-Based System for Product Design Optimization. 46
• 
  David Abramson, Céline Amoreira, Kim Baldridge, Laura Berstis, Chris Kondric, Tom Peachey: A Flexible Grid Framework for Automatic Protein-Ligand Docking. 47

Frameworks for e-Science 2

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  Katarzyna Rycerz, Marian Bubak, Maciej Malawski, Peter M. A. Sloot: Grid Support for HLA-Based Collaborative Environment for Vascular Reconstruction. 48
• 
  Sebastien Bezzine, Virginie Galtier, Stéphane Vialle, Françoise Baude, Mireille Bossy, Viet Dung Doan, Ludovic Henrio: A Fault Tolerant and Multi-Paradigm Grid Architecture for Time Constrained Problems. Application to Option Pricing in Finance. 49
• 
  Stefan J. Zasada, R. S. Saksena, Peter V. Coveney, M. McKeown, Stephen Pickles: Facilitating User Access to the Grid: A Lightweight Application Hosting Environment for Grid Enabled Computational Science. 50
• 
  Donny Kurniawan, David Abramson: Worqbench: An Integrated Framework for e-Science Application Development. 51

Frameworks for e-Science 3

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  Tim Ho, David Abramson: A Unified Data Grid Replication Framework. 52
• 
  Sílvia Delgado Olabarriaga, Piter T. de Boer, Ketan C. Maheshwari, Adam Belloum, Jeroen G. Snel, Aart J. Nederveen, Maurice Bouwhuis: Virtual Lab for fMRI: Bridging the Usability Gap. 53
• 
  Wlodzimierz Funika, Piotr Godowski, Piotr Pegiel, Marian Bubak: Towards User-Defined Performance Monitoring of Distributed Java Applications. 54
• 
  Dongkwang Kim, Karpjoo Jeong, Suntae Hwang, Kum Won Cho: X-SIGMA: XML Based Simple Data Integration System for Gathering, Managing, and Accessing Scientific Experimental Data in Grid Environments. 55
• 
  Yunhong Gu, Robert L. Grossman, Alexander S. Szalay, Ani Thakar: Distributing the Sloan Digital Sky Survey Using UDT and Sector. 56
• 
  Hyuck Han, Jai Wug Kim, Jongpil Lee, Youngjin Yu, Kiyoung Kim, Heon Young Yeom: Practical Fault-Tolerant Framework for eScience Infrastructure. 57

Frameworks for e-Science 4

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  Heinz Stockinger, Marco Pagni, Lorenzo Cerutti, Laurent Falquet: Grid Approach to Embarrassingly Parallel CPU-Intensive Bioinformatics Problems. 58
• 
  Toby O. H. White, Martin T. Dove, Richard P. Bruin, Kat F. Austen, Andrew M. Walker, Emilio Artacho, Arnaud Marmier, Steve C. Parker, Peter Murray-Rust, Andrew D. Walkingshaw, Philip A. Couch, Rik P. Tyer, Ilian T. Todorov, Dan J. Wilson: Information Delivery in Computational Mineral Science: The eMinerals Data Handling System. 59
• 
  Josep M. Pérez, Rosa M. Badia, Jesús Labarta: Including SMP in Grids as Execution Platform and Other Extensions in GRID Superscalar. 60
• 
  Gosia Wrzesinska, Jason Maassen, Kees Verstoep, Henri E. Bal: Satin++: Divide-and-Share on the Grid. 61
• 
  Natalia Currle-Linde, Panagiotis A. Adamidis, Michael M. Resch, Fabian Bös, Jürgen Pleiss: GriCoL: A Language for Scientific Grids. 62

Frameworks for e-Science and Resource Discovery

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  Jaka Mocnik, Marko Novak, Gregor Pipan, Piotr Karwaczynski: A Discovery Service for Very Large, Dynamic Grids. 63
• 
  Hailong Sun, Jinpeng Huai, Gongwei Fu, Yunhao Liu: RCT: A Self-Adaptive Overlay for Efficient Computational Resource Discovery in Grid Systems. 64
• 
  Hong Linh Truong, Robert Samborski, Thomas Fahringer: Towards a Framework for Monitoring and Analyzing QoS Metrics of Grid Services. 65
• 
  Evangelos Floros, Yiannis Cotronis: ServOSims: A Service Oriented Framework for Composing and Executing Multidisciplinary Simulations. 66
• 
  Jonathan D. Blower, K. Haines: Building Simple, Easy-to-Use Grids with Styx Grid Services and SSH. 67
• 
  Gareth J. Lewis, S. Mehmood Hasan, Vassil N. Alexandrov, Martin T. Dove: Facilitating Collaboration and Application Sharing with MAST and the Access Grid Development Infrastructures. 68

Resource Discovery

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  Ann L. Chervenak, Jennifer M. Schopf, Laura Pearlman, Mei-Hui Su, Shishir Bharathi, Luca Cinquini, Mike D'Arcy, Neill Miller, David E. Bernholdt: Monitoring the Earth System Grid with MDS4. 69
• 
  George Tsouloupas, Marios D. Dikaiakos: Characterization of Computational Grid Resources Using Low-Level Benchmarks. 70
• 
  Farrukh Nadeem, Muhammad Murtaza Yousaf, Radu Prodan, Thomas Fahringer: Soft Benchmarks-Based Application Performance Prediction Using a Minimum Training Set. 71
• 
  Deger Cenk Erdil, Michael J. Lewis, Nael B. Abu-Ghazaleh: An Adaptive Algorithm for Information Dissemination in Self-Organizing Grids. 72

Resource Reservation and Virtual Organizations

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  Patrício Domingues, Artur Andrzejak, Luís Moura Silva: Using Checkpointing to Enhance Turnaround Time on Institutional Desktop Grids. 73
• 
  Kris Bubendorfer, Wayne Thomson: Resource Management Using Untrusted Auctioneers in a Grid Economy. 74
• 
  David Spence, Neil Geddes, Jens Jensen, Andrew Richards, Matthew Viljoen, Andrew Martin, Matthew J. Dovey, Mark Norman, Kang Tang, Anne E. Trefethen, David Wallom, Rob Allan, David Meredith: ShibGrid: Shibboleth Access for the UK National Grid Service. 75
• 
  Patrício Domingues, Filipe Araujo, Luís Moura Silva: A DHT-Based Infrastructure for Sharing Checkpoints in Desktop Grid Computing. 76
• 
  Stephen Childs, Brian A. Coghlan, Jason McCandless: GridBuilder: A Tool for Creating Virtual Grid Testbeds. 77

Resource Reservation

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  Derrick Kondo, Gilles Fedak, Franck Cappello, Andrew A. Chien, Henri Casanova: On Resource Volatility in Enterprise Desktop Grids. 78
• 
  Omer Ozan Sonmez, Hashim H. Mohamed, Dick H. J. Epema: Communication-Aware Job Placement Policies for the KOALA Grid Scheduler. 79
• 
  Behnaz Pourebrahimi, Koen Bertels, G. M. Kandru, Stamatis Vassiliadis: Market-Based Resource Allocation in Grids. 80
• 
  Kris Bubendorfer: Fine Grained Resource Reservation in Open Grid Economies. 81

Resource Reservation and Scheduling

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  Marek Wieczorek, Mumtaz Siddiqui, Alex Villazón, Radu Prodan, Thomas Fahringer: Applying Advance Reservation to Increase Predictability of Workflow Execution on the Grid. 82
• 
  Gurmeet Singh, Carl Kesselman, Ewa Deelman: Application-Level Resource Provisioning on the Grid. 83
• 
  Alexandru Iosup, Pawel Garbacki, Dick H. J. Epema: Provisioning and Scheduling Resources for World-Wide Data-Sharing Services. 84
• 
  Marco Fargetta, Donal Fellows, Dean Kuo: Extending a Resource Broker for Advance Reservation and Charging. 85

Scheduling

• 
  Ali Afzal, John Darlington, Andrew Stephen McGough: Capacity Planning and Stochastic Scheduling in Large-Scale Grids. 86
• 
  Catalin Dumitrescu, Dick H. J. Epema, Jan Dünnweber, Sergei Gorlatch: Reusable Cost-Based Scheduling of Grid Workflows Operating on Higher-Order Components. 87
• 
  Trilce Estrada, David A. Flores, Michela Taufer, Patricia J. Teller, Andre Kerstens, David P. Anderson: The Effectiveness of Threshold-Based Scheduling Policies in BOINC Projects. 88
• 
  Ashiq Anjum, Richard McClatchey, Heinz Stockinger, Arshad Ali, Ian Willers, Michael Thomas, Muhammad Sagheer, Khawar Hasham, Omer Alvi: DIANA Scheduling Hierarchies for Optimizing Bulk Job Scheduling. 89
• 
  Henry Lin, Jemal H. Abawajy, Rajkumar Buyya: Economy-Based Data Replication Broker. 90

Main Track Poster Session

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  Terence M. Sloan, Roger Menday, T. P. Seed, M. Illingworth, Arthur S. Trew: DESHL--Standards Based Access to a Heterogeneous European Supercomputing Infrastructure. 91
• 
  Jason Cope, Henry M. Tufo, Matthew Woitaszek: An Extensible Service Development Toolkit to Support Earth Science Grids. 92
• 
  Wilhelm Hasselbring, Detlev Heinemann, Johannes Hurka, Thomas Scheidsteger, Ludger Bischofs, Christoph Mayer, Jan Ploski, Guido Scherp, Sina Lohmann, Carsten Hoyer-Klick, Thilo Erbertseder, Gerhard Gesell, Marion Schroedter-Homscheidt, Gerd Heilscher, Jochen Rehwinkel, Stefan Rensberg: WISENT: e-Science for Energy Meteorology. 93
• 
  Neil Geddes: The National Grid Service of the UK. 94
• 
  Martin T. Dove, Toby O. H. White, Andrew M. Walker, Richard P. Bruin, Kat F. Austen, Emilio Artacho, L. A. Sullivan, Mark Calleja, M. G. Tucker, Rik P. Tyer, Philip A. Couch, Kerstin Kleese van Dam, R. J. Allan, Ilian T. Todorov, Clovis Chapman, Wolfgang Emmerich, Arnaud Marmier, Steve C. Parker, M. O. Blanchard, C. Richard A. Catlow, Z. Du, N. de Leeuw, Gareth J. Lewis, Vassil N. Alexandrov, M. Alfredsson, J. P. Brodholt, Peter Murray-Rust: Computational Grids for Mid-Sized Collaborative Projects: The eMinerals Experience. 95
• 
  Moustafa Ghanem, Nabeel Azam, Mike J. Boniface, Justin Ferris: Grid-Enabled Workflows for Industrial Product Design. 96

Workshop on Innovative and Collaborative Problem Solving Environment (PSE) in Distributed Resources

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  Giorgios Kollias, Efstratios Gallopoulos: Jylab: A System for Portable Scientific Computing over Distributed Platforms. 97
• 
  Shigeo Kawata, Takayuki Teramoto, Hideaki Sugiura, Yuichi Saitoh, Yoshikazu Hayase: Mathematical Modeling Support in a Distributed Problem Solving Environment for Scientific Computing. 98
• 
  Zhou Jun, Yukio Umetani: A Problem Solving Environment for Automatic Matlab 3D Finite Element Code Generation and Simplified Grid Computing. 99
• 
  Machiko Nakagawa, Masami Takata, Kazuki Joe: Automatic Viewpoint Selection for a Visualization I/F in a PSE. 100
• 
  Valeria V. Krzhizhanovskaya, Vladimir Korkhov, Alfredo Tirado-Ramos, D. J. Groen, I. V. Shoshmina, I. A. Valuev, Igor V. Morozov, N. V. Malyshkin, Yuri E. Gorbachev, Peter M. A. Sloot: Computational Engineering on the Grid: Crafting a Distributed Virtual Reactor. 101
• 
  Hiroyuki Kanazawa, Yasuyoshi Itou, Motohiro Yamada, Yutaka Miyahara, Yoshikazu Hayase, Shigeo Kawata, Hitohide Usami: Design and Implementation of NAREGI Problem Solving Environment for Large-Scale Science Grid. 102
• 
  Young Jun Choi, Takashige Oroguchi, Yoshinori Kato, Makoto Takeda, Yoshio Tago: LabGrid: Integrated Problem Solving Environment System for High Throughput Computing. 103
• 
  Jens Müller, Martin Alt, Jan Dünnweber, Sergei Gorlatch: Clayworks: A System for Collaborative Real-Time Modeling and High-Performance Simulation. 104
• 
  Wei-Jen Wang, Kaoutar El Maghraoui, John Cummings, Jim Napolitano, Boleslaw K. Szymanski, Carlos A. Varela: A Middleware Framework for Maximum Likelihood Evaluation over Dynamic Grids. 105
• 
  Jian Mei, Wu Zhang, Suge Wang: Grid Enabled Problem Solving Environments for Text Categorization. 106
• 
  Simone Manca, Pierluigi Cau, Ernesto Bonomi, Alessandro Mazzella: The Datacrossing DSS: A Data-GRID Based Decision Support System for Groundwater Management. 107
• 
  Xiaobin Zhang, Mo Mu, Guoyong Mao, Wu Zhang: Performance of Grid-Based PDE.Mart. 108
• 
  Hideaki Fuju, Shigeo Kawata, Hideaki Sugiura, Yuichi Saitoh, Yoshikazu Hayase, Hitohide Usami, Motohiro Yamada, Yutaka Miyahara, Hiroyuki Kanazawa, Takashi Kikuchi: Scientific Simulation Execution Support on a Closed Distributed Computer Environment. 109
• 
  Soichi Shigeta, Nobutaka Imamura, Haruyasu Ueda, Hiromichi Kobashi, Miho Murata, Taketoshi Yoshida, Atsushi Kubota, Akira Asato, Yoshimasa Kadooka: Grid Service Platform: Design and Implementation of Grid Middleware for Telecom Carriers. 110

Workshop on Biologically-inspired Optimisation Methods for Parallel and Distributed Architectures: Algorithms, Systems and Applications

• 
  Tim Hendtlass, Irene Moser, Marcus Randall: Dynamic Problems and Nature Inspired Meta-Heuristics. 111
• 
  Mohand-Said Mezmaz, Nouredine Melab, El-Ghazali Talbi: Using the Multi-Start and Island Models for Parallel Multi-Objective Optimization on the Computational Grid. 112
• 
  Wolfgang Ponweiser, Markus Vincze: Robust Handling of Multiple Multi-Objective Optimisations. 113
• 
  Marcus Randall, Andrew Lewis: An Extended Extremal Optimisation Model for Parallel Architectures. 114
• 
  Daniel Angus: Niching for Population-Based Ant Colony Optimization. 115
• 
  David Ireland, Andrew Lewis, Sanaz Mostaghim, Junwei Lu: Hybrid Particle Guide Selection Methods in Multi-Objective Particle Swarm Optimization. 116
• 
  Andrew R. Price, I. I. Voutchkov, Graeme E. Pound, N. R. Edwards, Timothy M. Lenton, Simon J. Cox: Multiobjective Tuning of Grid-Enabled Earth System Models Using a Non-dominated Sorting Genetic Algorithm (NSGA-II). 117
• 
  Alexander Mendiburu, José Miguel-Alonso, José Antonio Lozano: Evaluation of Parallel EDAs to Create Chemical Calibration Models. 118
• 
  Silvio Priem-Mendes, Juan Antonio Gómez Pulido, Miguel A. Vega-Rodríguez, Maria D. Jaraiz Simon, Juan Manuel Sánchez-Pérez: A Differential Evolution Based Algorithm to Optimize the Radio Network Design Problem. 119
• 
  Liguo Weng, Wenchuan Cai, Ran Zhang, Yongduan Song: Bio-Inspired Control Approach to Multiple Spacecraft Formation Flying. 120
• 
  Waclaw Kus: Evolutionary Optimization of Forging Anvils Using Grid Based on Alchemi Framework. 121

Workshop on Collaborative Remote Laboratories

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  Andrea Bagnasco, Arianna Poggi, Anna Marina Scapolla: A Grid-Based Architecture for the Composition and the Execution of Remote Interactive Measurements. 122
• 
  Diego López de Ipiña, Javier García Zubía, Pablo Orduña: Remote Control of Web 2.0-Enabled Laboratories from Mobile Devices. 123
• 
  Marcin Okon, Damian Kaliszan, Marcin Lawenda, Dominik Stoklosa, Tomasz Rajtar, Norbert Meyer, Maciej Stroinski: Virtual Laboratory as a Remote and Interactive Access to the Scientific Instrumentation Embedded in Grid Environment. 124
• 
  Ian M. Atkinson, Douglas du Boulay, Clinton Chee, Kenneth Chiu, Tristan King, Donald F. McMullen, Romain Quilici, Nigel G. D. Sim, Peter Turner, Matthew Wyatt: CIMA Based Remote Instrument and Data Access: An Extension into the Australian e-Science Environment. 125
• 
  Jörg Keller, Ralf Naues: A Collaborative Virtual Computer Security Lab. 126
• 
  Donald F. McMullen, Ian M. Atkinson, Kenneth Chiu, Peter Turner, Kianosh Huffman, Romain Quilici, Matthew Wyatt: Toward Standards for Integration of Instruments into Grid Computing Environments. 127
• 
  Philipp Wieder, Oliver Wäldrich, Wolfgang Ziegler: Advanced Techniques for Scheduling, Reservation, and Access Management for Remote Laboratories. 128
• 
  Jungwook Seo, Ernie W. Hill: Networked Instrumentation for Nanotechnologies Using WS-Resources and WS-Notification. 129
• 
  Tran Vu Pham, Peter M. Dew, Lydia M. S. Lau, Michael J. Pilling: Enabling e-Research in Combustion Research Community. 130

Workshop on e-Humanities--An Emerging Area of Concern

• 
  A. Dimitriadis, Marc Kemps-Snijders, Peter Wittenburg, M. Everaert, Stephen Levinson: Towards a Linguist's Workbench Supporting eScience Methods. 131
• 
  Daan Broeder, Remco van Veenendaal, David Nathan, Sven Strömqvist: A Grid of Language Resource Repositories. 132
• 
  Peter Gietz, Andreas Aschenbrenner, Stefan Büdenbender, Fotis Jannidis, Marc Wilhelm Küster, Christoph Ludwig, Wolfgang Pempe, Thorsten Vitt, Werner Wegstein, Andrea Zielinski: TextGrid and eHumanities. 133
• 
  Shu-Kai Hsieh, Shu-Ming Chang, Chun-Han Chang, Yi-Shuan Zhou, Chu-Ren Huang, Feng-Ju Lo, Ru-Yng Chang: GuangQunFangPu: e-Humanities Combining Textual and Botanic Information. 134
• 
  Sven Strömqvist: Educating the Humanities for e-Science. 135
• 
  Tobias Blanke, Stuart Dunn: The Arts and Humanities e-Science Initiative in the UK. 136
• 
  William D. Lewis: ODIN: A Model for Adapting and Enriching Legacy Infrastructure. 137

Workshop on e-Science in and Beyond the Classroom: Usability, Practicability and Sensability

• 
  Dawn Woodgate, Danae Stanton Fraser: eScience, Science Education and Technology Integration in the Classroom: Some Practical Considerations. 138
• 
  Silvia Gabrielli, Markus Hodapp, Roberto Ranon: Designing a Multipurpose Virtual Laboratory to Support Communities of Practice in Physics. 139
• 
  Hilary Smith, Joshua Underwood, Geraldine Fitzpatrick, Rosemary Luckin, Danae Stanton Fraser: Identifying Tools to Support Schools' Collaborative Teaching and Learning. 140
• 
  M. J. Burbidge, I. Grout: Evolution of a Remote Access Facility for a PLL Measurement Course. 141

Workshop on Healthgrid

• 
  Virgilio Cavicchioli Neto, Henrique Fabricio Gagliardi, Alexandre Rezende, Erick Sobreiro Goncalves, Eduardo Gallo, Fabrício Alves Barbosa da Silva, Ivan Torres Pisa, Domingos Alves: Data Access Service in a Computational Grid Platform Applied to the Monitoring and Control of Epidemics on Georeferenced Dynamic Maps. 142

Workshop on Scientific Workflows and Business Workflow Standards in e-Science

• 
  Ian Taylor: Triana Generations. 143
• 
  Ewa Deelman, Yolanda Gil: Managing Large-Scale Scientific Workflows in Distributed Environments: Experiences and Challenges. 144
• 
  Bertram Ludäscher, Shawn Bowers, Timothy M. McPhillips, Norbert Podhorszki: Scientific Workflows: More e-Science Mileage from Cyberinfrastructure. 145
• 
  Peter M. Rice, Alan J. Bleasby, Syed A. Haider, Jon C. Ison, Shaun McGlinchey, Mahmut Uludag: EMBRACE: Bioinformatics Data and Analysis Tool Services for e-Science. 146

Workshop on Running Production Grids

• 
  Reagan Moore, Sheau-Yen Chen, Wayne Schroeder, Arcot Rajasekar, Michael Wan, Arun Jagatheesan: Production Storage Resource Broker Data Grids. 147
• 
  Michael Podvinec, Sergio Maffioletti, Peter Z. Kunszt, Konstantin Arnold, Lorenzo Cerutti, Bruno Nyffeler, Ralph Schlapbach, Can Türker, Heinz Stockinger, Arthur J. Thomas, Manuel C. Peitsch, Torsten Schwede: The SwissBioGrid Project: Objectivse, Preliminary Results and Lessons Learned. 148
• 
  Massimo Orazio Spata, Giuseppe Pappalardo, Salvatore Rinaudo, Tonio Biondi: Agent-Based Negotiation Techniques for a Grid: The Prophet Agents. 149
• 
  Yash Patel, John Darlington: A Novel Approach to Workload Allocation of QoS-Constrained Workflow-Based Jobs in a Utility Grid. 150
• 
  C. A. J. Brew, F. F. Wilson, G. Castelli, T. Adye, E. Luppi, D. Andreotti: BABAR Experience of Large Scale Production on the Grid. 151
• 
  Jonghyun Lee, Karpjoo Jeong, Hanku Lee, Inho Lee, Sangmoon Lee, Dosik Park, Changsung Lee, Woojin Yang: RISE: A Grid-Based Self-Configuring and Self-Healing Remote System Image Management Environment. 152
• 
  David McBride, Marko Krznaric, Olivier van der Aa, Mona Aggarwal, John Darlington, Dave Colling: Running a Production Grid Site at the London e-Science Centre. 153
• 
  Valeria Bartsch, Nicola Pezzi, Mark Lancaster: Building a Distributed Software Environment for the Experiment CDF at UCL Utilising a Switched Light Path. 154
• 
  Volker Büge, Yves Kemp, Marcel Kunze, Günter Quast: Application of Virtualisation Techniques at a University Grid Center. 155

Workshop on Engineering e-Infrastructures for the Benefits of e-Science

• 
  Phil Andrews, Martin Margo, Amit Chourasia, John Towns: Enabling HPC E-Science via Integrated Grid Infrastructure. 156
• 
  Aleksandra Nenadic, Ning Zhang, Jay Chin, Carole A. Goble: FAME: Adding Multi-Level Authentication to Shibboleth. 157
• 
  Manuel Sánchez-Gestido, L. Blanco-Abruña, María S. Pérez-Hernández, Rafael González-Cabero, Asunción Gómez-Pérez, Óscar Corcho: Complex Data-Intensive Systems and Semantic Grid: Applications in Satellite Missions. 158
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  Tim O. Müller, Thomas Jejkal, Rainer Stotzka, Michael Sutter, Volker Hartmann, Hartmut Gemmeke: Grid Services Toolkit for Process Data Processing. 159
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  Zubair A. Baig, Mohamed Baqer, Asad I. Khan: SGSIA-in-Network Data Preprocessing for Secure Grid-Sensor Integration. 160

last updated on Sat May 25 04:57:17 2013 by the dblp team
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