Grid Computing: The New Frontier of High Performance Computing (Advances in Parallel Computing)
In the next stage of development the grid computing technology has become effective and economically attractive for large and medium size commercial companies. It is expected that eventually the grid computing style of providing computing power will become universal reaching every user in industry and business. Elsevier Science Ltd Serie: Big Data and High Performance Computing. Advances in Oxygenated Processes Alfons L. Fundamentals, Applications and New Directions. EDT Joubert kr. EDT Foster kr. Big Data and High Performance Computing kr. Fundamentals, Applications and New Directions kr.
The Forum members are either trying to use Java for resource-intensive applications or are trying to improve the Java platform, making it possible to create large-sized applications that run quickly and effciently in Java. In order to improve its floating point arithmetic, the Forum has suggested to add the keywords strictfp and fastfp to the Java programming lan- guage It has has worked on complex numbers, multidimensional arrays, fast object serializations, and a high-speed remote method invocation RMI.
Results about the new field of research that has been started by the JavaGrande Forum have been recognized both internationally and within Sun Microsystems. In American English, the term Grande has established itself as describing size within the coffee house scene. The 30th Anniversary of the Supercomputing Conference: New Frontiers in Energy-Efficient Computing. The 23rd Workshop on Automated Reasoning: Bridging the Gap between Theory and Practice. Context-Aware Systems and Applications Springer. Workload Schedulers - Genesis, Algorithms and Comparisons. Toward Exascale Supercomputing and Beyond.
The 22nd Workshop on Automated Reasoning: System evolution for unknown context through multi-action evaluation Nimalasena, A. System evolution for unknown context through multi-action evaluation. Proceedings of EuroPar Parallel Processing: Clouds, big data and data-intensive computing IOS Press. Hybrid cloud adoption issues are a case in point for the need for industry regulation of cloud computing Getov, Vladimir Hybrid cloud adoption issues are a case in point for the need for industry regulation of cloud computing. Process-driven biometric identification by means of autonomic grid components Weigold, T.
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Process-driven biometric identification by means of autonomic grid components. Security as a service in smart clouds: Izmir, Turkey 16th - 20th July pp. Characterizing application-architecture co-design by suitability functions Getov, Vladimir Characterizing application-architecture co-design by suitability functions. Co-design of systems and applications for exascale Dagstuhl Reports. Mobile wireless middleware, operating systems and applications: London, UK, June EuroPar Workshops Springer. Codesign for systems and applications: Navigating the cloud computing landscape: From invisible grids to smart cloud computing Getov, Vladimir and Srinivasan, S.
From invisible grids to smart cloud computing. Component-oriented approaches for software development in the extreme-scale computing era Getov, Vladimir Component-oriented approaches for software development in the extreme-scale computing era. Safety and liveness of component-oriented protocols: Proceedings of the automated reasoning workshop ARW University of Westminster. Extreme-scale computing—where 'just more of the same' does not work Hoisie, A. Extreme-scale computing—where 'just more of the same' does not work.
Integrating autonomic grid components and process-driven business applications Weigold, T. Integrating autonomic grid components and process-driven business applications. Autonomic computing and communications systems: Temporal specification and deductive verification of a distributed component model and its environment Basso, A. Temporal specification and deductive verification of a distributed component model and its environment. State-based behavior specification for GCM systems.
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Proceedings of the utomated Reasoning Workshop Dynamic reconfiguration of GCM components. HLA component based environment for distributed multiscale simulations Rycerz, K. HLA component based environment for distributed multiscale simulations. Dynamic service-based integration of mobile clusters in grids Isaiadis, S. Dynamic service-based integration of mobile clusters in grids. Advanced Grid programming with components: Domain-specific metadata for model validation and performance optimisation Thiyagalingam, J.
Domain-specific metadata for model validation and performance optimisation. Achievements in European Research on Grid Systems: A component-based integrated toolkit Tejedor, E. A component-based integrated toolkit. Transaction-oriented simulation in ad hoc grids: Dynamic service-based integration Of mobile clusters in Grids Isaiadis, S.
Dynamic service-based integration Of mobile clusters in Grids. Evaluation of dynamic clustering architecture for utilising mobile resources Isaiadis, S.
Evaluation of dynamic clustering architecture for utilising mobile resources. Integrated framework for development and execution of component-based Grid applications Getov, Vladimir Integrated framework for development and execution of component-based Grid applications. Design and implementation of a hybrid P2P-based Grid resource discovery system.
Methodology for component-based development of grid applications Basukoski, A. Methodology for component-based development of grid applications. Behavioural model of component-based Grid environments Basso, A. Behavioural model of component-based Grid environments. From grids to service and pervasive computing Springer.
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Automata-based formal specification of stateful systems Basso, A. Automata-based formal specification of stateful systems. Proceedings of the automated reasoning workshop University of Birmingham. Automata based formal specification of stateful systems Basso, A. Automata based formal specification of stateful systems. Proceedings of the 15th workshop on automated reasoning: Problem solving environment for distributed interactive applications Rycerz, K. Problem solving environment for distributed interactive applications.
Design support for componentising and grid-enabling scientific applications Parlavantzas, N. Design support for componentising and grid-enabling scientific applications.
Letters to the editor Getov, Vladimir Letters to the editor. Corrections Getov, Vladimir Proceedings of the symposium on Component and framework technology in high-performance and scientific computing Bernholdt, D. Proceedings of the symposium on Component and framework technology in high-performance and scientific computing.
Grid Computing: The New Frontier of High Performance Computing
Specification and verification of reconfiguration protocols in grid component systems Basso, A. Specification and verification of reconfiguration protocols in grid component systems.
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Componentising a scientific application for the grid Parlavantzas, N. Componentising a scientific application for the grid. Mapping "heavy" scientific applications on a lightweight grid infrastructure Kirchev, L. Mapping "heavy" scientific applications on a lightweight grid infrastructure. Security models for lightweight grid architectures Kirchev, L. Security models for lightweight grid architectures. A metadata extracting tool for software components in grid applications Thiyagalingam, J. A metadata extracting tool for software components in grid applications. Dependability in hybrid grid systems: Towards building a generic grid services platform: Getov, Vladimir and Kielmann, T.
Component models and systems for grid applications: