- Péter Kacsuk, Prof, head of laboratory

Peter KACSUK is the Head of the Research Laboratory of the Parallel and Distributed Systems. He received his MSc and university doctorate degrees from the Technical University of Budapest in 1976 and 1984, respectively. He received the kandidat degree from the Hungarian Academy of Sciences in 1989. He habilitated at the University of Vienna in 1997. He recieved his professor title from the Hungarian President in 1999 and the Doctor of Academy degree (DSc) from the Hungarian Academy of Sciences in 2001. He has been a part-time full professor at the Cavendish School of Computer Science of the University of Westminster in London and at the Eötvös Lóránd University of Science in Budapest since 2001. He served as visiting scientist or professor several times at various universities of Austria, England, Germany, Spain, Australia and Japan. He has published two books, two lecture notes and more than 200 scientific papers on parallel computer architectures, parallel software engineering and Grid computing. He is co-editor-in-chief of the Journal of Grid Computing published by Springer.
Publications[ order by time]
[ order by categories ]
[ order by authors]
Grid Computing- Towards a powerful European DCI based on desktop grids.
- Using a private desktop grid system for accelerating drug discovery.
- Utilizing the power of Desktop Grid systems by Web 2.0 communities.
- Application and middleware transparent checkpointing with TCKPT on ClusterGrids.
- Virtual appliances: a way to provide automatic service deployment.

- Converting P-GRADE grid portal into e-science gateways.

- Parallel program execution support in the JGrid system.
- Supporting MPI applications in P-GRADE portal.
- User oriented Grid testing.
Authors: Kozlovszky, Miklós; Karóczkai, Krisztián; Márton, István; Schnautigel, András; Kacsuk, Péter; Herman, Gábor; Harrington, Ramon; Martin, Danielle; Winsnes, Carsten; Strodl, ThomasEditor: Kacsuk, Péter; Fahringer, Thomas; Németh, ZsoltDepartment: Laboratory of Parallel and Distributed SystemsDate: 2007.Published by: Distributed and parallel systems from cluster and grid computing. (Page: 165-175.)
- LCG-2 resource broker support in P-GRADE portal
- Grid technology for smart organizations
Publication without a category- Evaluation of hierarchical desktop grid scheduling algorithms
- P-GRADE Portal: A generic workflow system to support user communities.
- Porting computation and data intensive applications to distributed computing infrastructures incorporating desktop grids.
- Multi-level brokering solution for interoperating service and Desktop Grids.
- P-GRADE portal family for grid infrastructures.
- Gridifying the TINKER conformer generator application for gLite Grid.
- EDGeS bridge technologies to interconnect service and desktop grids.
- Granular security for a science gateway in structural bioinformatics.
Authors: Gesing, Sandra; Grunzke, Richard; Balaskó, Ákos; Birkenheuer, Georg; Blunk, Dirk; Breuers, Sebastian; Brinkmann, André; Fels, Georg; Herres-Pawlis, Sonja; Kacsuk, Péter; Kozlovszky, Miklós; Krüger, Jens; Packschies, Lars; Schafer, Patrick; Schuller, Bernd; Schuster, Johannes; Steinke, Thomas; Szikszai-Fábri, Anna; Wewior, Martin; Müller-Pfefferkorn, Ralph; Kohlbacher, OliverDepartment: Laboratory of Parallel and Distributed SystemsDate: 2011.Published by: IWSG 2011. 3rd international workshop on science gateways for life sciences. London, 2011. (Length: 1-8. page)
- How to make BOINC-based desktop grids even more popular?
- Grid application meta-repository system: repository interconnectivity and cross-domain application usage in distributed computing environments.
- Special issue: Portals for life sciences - Providing intuitive access to bioinformatic tools.
- Integrating service and Desktop Grids at middleware and application level.
- Extending service grids with desktop grids.
- Interoperability between grids and clouds.
- Interoperability of BOINC and EGEE.
- Munkafolyam-alkalmazások szerkesztésének támogatása csoportmunka-módszerekkel.
- From grid islands to a World Wide Grid.
- SZTAKI desktop grid: adapting clusters for desktop grids.
- GMBS: a new middleware service for making grids interoperable.
- Efficient graph partitioning algorithms for collaborative grid workflow developer environments.
- Job scheduling in hierarchical desktop grids.
- Fault detection, prevention and recovery techniques in current Grid Worklow Systems
- Grid Interoperability Solutions in Grid Resource Management
- Integrating open grid services architecture data acces and integration with computational grid workflows.
- SZTAKI desktop grid (SZDG): a flexible and scalable desktop grid system.
- GenWrapper: A Generic Wrapper for Running Legacy Applications on Desktop Grids
- Grid interoperability solutions in grid resource management.
- Maintaining consistency properties of grid workflows in collaborative editing systems.
- EDGeS: bridging EGEE to BOINC and XtremWeb.
 Authors: Urbach, Etienne; Kacsuk, Péter; Farkas, Zoltán; Fedak, Gilles; Kecskeméti, Gábor; Lodygensky, Oleg; Marosi, Attila; Balaton, Zoltán; Caillat, Gabriel; Gombás, Gábor; Kornafeld, Ádám; Kovács, József; He, Haiwu; Lovas, RóbertDepartment: Laboratory of Parallel and Distributed SystemsDate: 2009.Published by: Journal of Grid Computing (Volume no.: 7, Issue no.: 3, Page: 335-354.)Download article: [html]
- Towards a World Wide Grid: integration service grids and desktop grids.
- EDGeS: bridging desktop and service grids.
Authors: Cárdenas-Montes, Miguel ; Emmen, Ad ; Marosi, Attila; Araujo, Filipe ; Gombás, Gábor; Terstyánszky, Gábor; Fedak, Gilles ; Kelley, Ian ; Taylor, Ian ; Lodygensky, Oleg; Kacsuk, Péter; Lovas, Róbert; Kiss, Tamas ; Balaton, Zoltán; Farkas, ZoltánEditor: Silva, F.; Barreira, G.; Riberio, L.Department: Laboratory of Parallel and Distributed SystemsDate: 2008.Published by: IBERGRID'2008. 2nd Iberian grid infrastructure conference. Proceedings. Porto, 2008. (Length: 212-224. page)
- Can we connect existing production grids into a World Wide Grid?
- EDGeS:A Bridge Between Desktop Grids and Service Grids
Authors: Fedak, Gilles ; HE, Haiwu ; Lodygensky, Oleg ; Balaton, Zoltán; Farkas, Zoltán; Gombás, Gábor; Kacsuk, Péter; Lovas, Róbert; Marosi, Attila; Kelley, Ian ; Taylor, Ian ; Terstyanszky, Gábor; Kiss, Tamás ; Cardenas-Montes, Miguel; Emmen, Ad ; Araujo, Filipe Department: Laboratory of Parallel and Distributed SystemsDate: 2008.Published by: the 3rd ChinaGrid Annual Conference,ChinaGrid2008, Dunhuang, Gansu, China, 2008 (Page: 1-9)
- : A General and Scalable Solution for Heterogeneous Workflow Invocation and Nesting
- SZTAKI desktop grid: building a scalable, secure platform for desktop grid computing.
- Automatic service deployment using virtualisation.
 Authors: Kecskeméti, Gábor; Kacsuk, Péter; Terstyanszky, Gabor ; Kiss, Tamas ; Delaitre, ThierryEditor: El Baz, D.; Bourgeois, J.; Spies, F.Department: Laboratory of Parallel and Distributed SystemsDate: 2008.Published by: 16th Euromicro conference on parallel, distributed and network-based processing. Toulouse, 2008. (Page: 628-635.)Download article: [89]
- CancerGrid: enterprise desktop grid solution with workflow support for anti-cancer drug design.
- Meta-broker for future generation grids: a new approach for a high-level interoperable resource management.
- EDGeS: the common boundary between service and desktop grids.
Authors: Balaton, Zoltán; Farkas, Zoltán; Gombás, Gábor; Kacsuk, Péter; Lovas, Róbert; Marosi, Attila; Emmen, Ad; Terstyánszky, Gábor; Kiss, Tamás; Kelley, Ian; Taylor, Ian; Lodygensky, Oleg; Cardenas-Montes, Miguel; Fedak, Gilles; Araujo, FilipeDepartment: Laboratory of Parallel and Distributed SystemsDate: 2008.Published by: Parallel Processing Letters (Volume no.: 18, Issue no.: 3, Page: 433-445.)
- Workflow level interoperation of grid data resources.
Authors: Kiss, Tamas ; Kacsuk, Péter; Terstyanszky, Gabor ; Winter, Stephen Editor: Priol, Thierry ; Lefevre, Laurent ; Buyya, Rajkumar Department: Laboratory of Parallel and Distributed SystemsDate: 2008.Published by: CCGrid 2008. 8th IEEE international symposium on cluster computing and the grid. Lyon, 2008. (Page: 194-200.)
- Towards grid data interoperation: OGSA-DAI data resources in computational grid workflows.
- Utilizing heterogeneous data sources in computational grid workflows.
- EDGeS: the common boundary between service and desktop grids.
Authors: Balaton, Zoltán; Farkas, Zoltán; Gombás, Gábor; Kacsuk, Péter; Lovas, Róbert; Marosi, Attila; Terstyanszky, Gabor ; Kiss, Tamas ; Lodygensky, Oleg ; Fedak, Gilles ; Emmen, Ad ; Kelley, Ian ; Taylor, Ian ; Cardenas-Montes, Miguel ; Araujo, Filipe Editor: Gorlatch, S.; Fragopoulou, P.; Priol, T.Department: Laboratory of Parallel and Distributed SystemsDate: 2008.Published by: CoreGrid integration workshop 2008. Integrated research grid computing. Hersonissos, 2008. (Page: 27-38.)
- Utilizing the EGEE infrastructure for desktop grids.
- Enabling Java applications for BOINC with DC-API.
- Checkpointing of parallel applications in a grid environment.
- Interoperation of World-Wide Production e-Science Infrastructures
- Reputation-policy trust model for grid resource selection.
- Fault-tolerant behavior in state-of-the-art grid workflow management systems.
- Solving the grid interoperability problem by P-GRADE portal at workflow level.
- WS-PGRADE: Supporting parameter sweep applications in workflows
Authors: Kacsuk, Péter; Karóczkai, Krisztián; Herman, Gábor; Sipos, Gergely; Kovács, JózsefDepartment: Laboratory of Parallel and Distributed SystemsDate: 2008.Published by: 3rd Workshop on Workflows in Support of Large-Scale Science, In conjunction with SC 2008, Austin, TX, USA, 2008
- Investigating peer-to-peer meta-brokering in grids.
- Supporting dynamic parameter sweep applications in workflows - lessons learnt from the CancerGrid project
- EDGeS: the common boundary between service and desktop grids.
Authors: Balaton, Zoltán; Farkas, Zoltán; Gombás, Gábor; Kacsuk, Péter; Lovas, Róbert; Marosi, Attila; Terstyanszky, Gábor ; Kiss, Tamás ; Lodygensky, Oleg ; Fedak, Gilles ; Emmen, Ad ; Kelley, Ian ; Taylor, Ian ; Cardenas-Montes, Miguel ; Araujo, Filipe Editor: Gorlatch, Sergei; Fragopoulou, Paraskevi; Priol, ThierryDepartment: Laboratory of Parallel and Distributed SystemsDate: 2008.Published by: Grid computing, achievements and prospects. (CoreGrid integration workshop 2008. CGIW'2008. Hersonisson, 2008.) (Page: 37-48.)
- Implementation of the ABC quantum mechanical reactive scattering program on the EGEE Grid platform.
- Workflow level parametric study support by MOTEUR and the P-GRADE portal.
- Grid interoperability by multiple broker utilization and meta-brokering.
- SZTAKI desktop grid - a aierarchical desktop grid system.
- Multi-grid brokering with the P-GRADE portal.
- Grid meta-broker architecture: towards an interoperable grid resource brokering service.
- Brokering multi-grid workflows in the P-GRADE portal.
- Towards a scientific workflow-oriented computational World Wide Grid
- A taxonomy of grid resource brokers.
- GRID superscalar enabled P-GRADE portal.
- Legacy code support for service-oriented production grids.
- Defining and running parametric study workflow applications by the P-GRADE portal.
- SZTAKI Desktop grid: a modular and scalable way of building large computing grids.
Authors: Balaton, Zoltán; Gombás, Gábor; Kacsuk, Péter; Kornafeld, Ádám; Kovács, József; Marosi, Attila; Vida, Gábor; Podhorszki, Norbert; Kiss, TamásDepartment: Laboratory of Parallel and Distributed SystemsDate: 2007.Published by: IPDPS 2007. Proceedings 21st international parallel and distributed processing symposium. Long Beach, 2007. (Page: 1-8.)
- Extending the services and sites of production grids by the support of advanced portals.
- Grid rendszerek és alkalmazások.
- Automatic service deployment using virtualisation.

- SRB data resources in computational grid workflows.
- Meta-brokering requirements and research directions in state-of-the-art grid resource management.
- Supporting workflow-level parameter study applications by the P-GRADE grid portal.
- Fault-tolerant behavior in state-of-the-art grid workflow management systems.
- Correctness debugging of message passing programs using model verification techniques.
- Simulation of the EMMIL e-marketplace model in see-grid using the P-GRADE portal.
- Sensor oriented grid monitoring infrastructures for adaptive multi-criteria resource management strategies.
Authors: Domagalski, P.; Kurowski, K.; Oleksiak, A.; Nabrzyski, J.; Balaton, Zoltán; Gombás, Gábor; Kacsuk, PéterEditor: Gorlatch, Sergei; Danelutto, MarcoDepartment: Laboratory of Parallel and Distributed SystemsDate: 2007.Published by: Integrated research in GRID computing. CoreGrid integration workshop 2005. Pisa, 2005. (Page: 163-173.)
- Workflow-level parameter study support for production grids.
- Legacy Code Repository with Broker-based Job Execution

- Legacy code support for commercial production grids

- Air pollution forecast on the HUNGRID infrastructure
Authors: Lovas, Róbert; Patvarczki, József; Kacsuk, Péter; Lagzi, I; Turányi, T; Kullmann, L; Haszpra, L; Mészáros, R; Horányi, A; Bencsura, Á; Lendvay, GyEditor: Joubert, GR; Nagel, WE; Peters, FJ; Plata, O; Tirado, P; Zapata, EDepartment: Laboratory of Parallel and Distributed SystemsDate: 2006.Published by: ParCo 2005. Parallel computing: current and future issues of high-end computing. Malaga, 2005. (Page: 121-128)
- Dynamic testing of legacy code resources on the Grid
- Hidden access mechanism for demonstrating and teaching Grid
- User friendly environment to Grid enabled legacy codes
Authors: Kacsuk, Péter; Kiss, T; Delaitre, T; Goyeneche, A; Winter, SC; Terstyanszky, G; Farkas, Zoltán; Németh, Cs; Boczko, TEditor: Di Martino, BDepartment: Laboratory of Parallel and Distributed SystemsDate: 2006.Published by: Engineering the Grid: status and perspective (Page: 205-218)
- Solving Grid interoperability between 2nd and 3rd generation Grids by the integrated P-GRADE/GEMLCA portal

- Skálázható, országos Grid rendszer intézmények és vállalatok számára
- Service-oriented production Grids and user support
- Extending the Services and Sites of Production Grids by the Support of Advanced
- Scalable desktop Grid system
- User support for next generation production Grids
- Solving the Grid interoperability problem by P-GRADE portal at workflow level
- User friendly legacy code support for different Grid environments and middleware
- The collaborative P-GRADE Grid portal
- Legacy code support for production Grids. (CoreGrid technical report TR 0011.)

- Grid alkalmazások: légszennyezés előrejelzési esettanulmány
- Application of P-GRADE development environment in meteorology
- Integrating resource and service discovery in the CoreGrid information cache mediator component
Authors: Aloisio, G; Balaton, Z; Boon, P; Cafaro, M; Epicoco, I; Gombás, G; Kacsuk, P; Kielmann, T; Lezzi, DDepartment: Laboratory of Parallel and Distributed SystemsDate: 2005.Published by: Proceedings of the CoreGrid integration workshop. Integrated research in Grid computing. Pisa, 2005. (Page: 437-446)
- GRID superscalar enabled P-GRADE portal
- Towards integration of legacy code deployment approaches
- Connecting the P-GRADE portal with the MDS-2 Grid information system
- GEMLCA: running legacy code applications as Grid services
- Sensor oriented grid monitoring infrastructure for adaptive multi-criteria resource management strategies
- Classification and implementations of workflow-oriented Grid portals
- Workflow-oriented collaborative Grid portals
- Distributed and parallel systems. (Scalable computing: practice and experience. Electronic journal, vol. 6. no. 2.)
- Multi-Grid, multi-user workflows in the P-GRADE portal
- A HunGrid bemutatása és alkalmazása levegőszennyezés előrejelzésére
- Service Grids for smart organisations
- Deployment and interoperability of legacy code services

- A ClusterGrid és a P-GRADE portál összekötése
- Providing a multi-Grid access mechanism by the P-GRADE portal
- Collaborative workflow editing in the P-GRADE portal
- Using the P-GRADE Gride portal in the SEE-GRID project
- Executing workflow based Grid applications with the collaborative P-GRADE portal
- High-level grid application environment to use legacy codes as OGSA grid services
- Production Grid systems and their programming
- A high-level grid application environment to grid-enable legacy code
- Workflow management in a grid environment
- Performance tools for the Grid. State of the art and future. (Research report series 30)
Authors: Gerndt, M; Wismüller, R; Balaton, Z; Gombás, G; Kacsuk, P; Németh, ZS; Podhorszki, N; Truong, HL; Fahringer, T; Bubak, M; Laure, E; Margalef, TDepartment: Laboratory of Parallel and Distributed SystemsDate: 2004.Published by: Performance tools for the Grid. State of the art and future. (Research report series 30) (Page: 36)
- A migration framework for executing parallel programs in the grid
- P-GRADE. A high-level grid applications development environment
- Grids: the next generation
- Connecting condor pools into computational grids by Jini
- The PROVE trace visualisation tool as a grid service
- Improving fault-tolerant execution for parallel applications under condor
- The Hungarian Supercomputing Grid in the actual practice
- Using Jini to connect condor pools into a computational grid
- Workflow support for complex grid applications. Integrated and portal solutions
- The P-GRADE grid portal
- Unified development solution for cluster and grid computing and its application in chemistry
- Demonstration of P-GRADE job-mode for the Grid
Authors: Kacsuk, P; Lovas, R; Kovács, J; Szalai, F; Gombás, G; Podhorszki, N; Horváth, Á; Horányi, A; Szeberényi, I; Delaitre, T; Terstyánszky, G; Gourgoulis, ADepartment: Laboratory of Parallel and Distributed SystemsDate: 2003.Published by: LECTURE NOTES IN COMPUTER SCIENCE (Volume no.: 2790, Page: 1281-1286)
- From supercomputing programming to Grid programming by P-GRADE
- JGrid: A Jini-based service Grid
- Development and execution of HPC applications on clusters and Grids by P-GRADE
- Constructing and executing Grid workflow applications by Grid portal technology
- Introduction to the quality of parallel and distributed programs and systems
- Simulation of urban transport based on cluster computing
- Urban traffic simulation based on cluster computing
- Using clusters for traffic simulation
- The DIWIDE distributed debugger
- Semi-on-line monitoring of P-GRADE applications
- Executing and monitoring PVM programs in computational Grids with Jini
- P-GRADE: a grid programing environment
- A magyar Grid projektek áttekintése
- Presentation and analysis of Grid performance data
- Monitoring message passing applications in the Grid with GRM and R-GMA
- Metacomputing support by P-GRADE
- A magyar Grid rendszerek és fejlesztési irányaik
- Migration and monitoring of P-GRADE parallel jobs in the Grid
- Magyar szuperszámítógép grid projekt.
- Parallel program development and execution in the grid.
- Hungarian supercomputing grid.
- Server based migration of parallel applications.
- Load balancing for P-grade parallel applications.
- A distributed approach for intelligent reconfiguration of wireless mobile networks.
Authors: Madani, K; Karran, T; Justo, G; Lohi, M; Lund, D; Martin, I; Honari, B; Imre, S; Rábai, GY; Kovács, J; Kacsuk, P; Lányi, Á; Gritzner, T; Forster, MDepartment: Laboratory of Parallel and Distributed SystemsDate: 2002.Published by: IST. Mobile and wireless telecommunications. Summit 2002. Thessaloniki (Page: 179-183)
- Application of P-grade development environment in meteorology.
- Resource management over the baseband subsystem of 4th generation wireless networks in software radio environment.
- Resource control in a distributed intelligent re-configurable mobile network.
- Resource control and reconfiguration in software radio environment.
- Can parallel programming be made easy for scientists? (Invited paper.)
- Enabling technologies for the CAST intelligent reconfigurable mobile radio network.
Authors: Madani, K; Ramos, R; Lohi, M; Lohi, A; Justo, G; Karren, T; Imre, S; Kovács, J; Kacsuk, P; Lund, D; Honary, B; Forster, M; Gritzner, T; Patel, S; Patel, PDepartment: Laboratory of Parallel and Distributed SystemsDate: 2001.Published by: IST mobile communications summit. Expanding the wireless universe. Proceedings. Barcelona, 2001. (Page: 135-140)
- Application monitoring in the grid with GRM and PROVE.
- From cluster monitoring to grid monitoring based on GRM.
- Tools and environments for parallel program development.
Authors: Cunha, JC; Kacsuk, PDepartment: Laboratory of Parallel and Distributed SystemsDate: 2001.Published by: Parallel program development for cluster computing. Methodology, tools and integrated environments. (Advances in the theory of computational mathematics, 5.) (Page: 3-16)
- The DIWIDE distributed debugger
- Semi-on-line monitoring of P-GRADE applications
- The Tape/PVM monitor and the PROVE visualisation tool.
Authors: Kacsuk, P; de Kergommeaux, JC; Maillet, É; Vincent, JMDepartment: Laboratory of Parallel and Distributed SystemsDate: 2001.Published by: Parallel program development for cluster computing. Methodology, tools and integrated environments. (Advances in the theory of computational mathematics, 5.) (Page: 291-303)
- Introduction to the special issue quality of parallel and distributed programs and systems
- GRAPNEL to C translation in the GRADE environment.
- The GRADE graphical parallel programming environment.
- Performance visualization in the GRADE parallel programming environment.
- Logicflow execution model for parallel databases.
- Visual parallel programming on SGI machines.
- Systematic macrostep debugging of message passing parallel programs.
- Design and implementation of a distributed monitor for semi-on-line monitoring of VisualMP applications.
- VisualGrid: graphical programming environment for cluster and grid applications.
- The DIWIDE distributed debugger on Windows NT and UNIX platforms.
- GRADE - graphical environment for parallel programming.
- The GRED graphical editor for the GRADE parallel program development environment.
- GRAPNEL To C translation in the GRADE environment.
- Systematic debugging of parallel programs in DIWIDE based on collective breakpoints and macrosteps.
- Industrial supercomputing center in Hungary - pre-feasibility study.
Authors: Kacsuk, P; Forrai, SDepartment: Laboratory of Parallel and Distributed SystemsDate: 1999.Published by: High-performance computing and networking. 7th international conference, HPCN Europe 1999. Amsterdam, 1999. (Lecture notes in computer science, 1593.) (Page: 1242-1245)
- Multithreaded LOGFLOW on KUMP/D*.
- Execution models for a massively parallel Prolog implementation. Part 2.
- Analysis and improvement of the variable binding scheme in LOGFLOW.
- Associating composition of Petri net specifications with application designs in GRADE.
- Systematic debugging of parallel programs based on collective breakpoints.
- Dataflow parallel database systems and LOGFLOW.
- Systematic testing and debugging of parallel programs by a macrostep debugger.
Authors: Kacsuk, PDepartment: Laboratory of Parallel and Distributed SystemsDate: 1998.Published by: Proceedings of DAPSYS98. Workshop on distributed and parallel systems. Budapest, 1998. (Institut für angewandte Informatik und Informationssysteme. Technischer Bericht, TR-98102.) (Page: 105-112)
- Enhancing GRADE towards a professional parallel programming environment.
- GRADE: A graphical programming environment for multicomputers.
- Debugging message passing parallel programs in graphical programming environments.
- Integration of formal specifications into GRADE.
Authors: Cotronis, JY; Kacsuk, P; Tsiatsoulis, Z; Dózsa, G; Floros, EDepartment: Laboratory of Parallel and Distributed SystemsDate: 1998.Published by: Proceedings of DAPSYS98. Workshop on distributed and parallel systems. Budapest, 1998. ( Institut für angewandte Informatik und Informationssysteme. Technischer Bericht, TR-98102.) (Page: 39-46)
- The GRED graphical editor for the GRADE parallel program development environment.
- Korszerű számítógép-architektúrák tervezésitér-megközelítésben.
- Simulation in parallel software design.
Authors: Suppi, R; César, E; Falguera, J; Serrano, M; Sorribes, J; Luque, E; Dózsa, G; Kacsuk, P; Fadgyas, TDepartment: Laboratory of Parallel and Distributed SystemsDate: 1998.Published by: INTERNATIONAL JOURNAL OF PARALLEL AND DISTRIBUTED SYSTEMS AND NETWORKS (Volume no.: 1, Issue no.: 2, Page: 85-92)
- Extending GRADE towards explicit process synchronisation in parallel programs.
- Extending LOGFLOW with parallel relational database operations.
- Experiments with binding schemes in LOGFLOW.
- Execution models for a massively parallel Prolog implementation. Part 1.
- Macrostep-by-macrostep debugging of message passing parallel programs.
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