default search action
2nd PDP 1994: Malaga, Spain
- Proceedings of the Second Euromicro Workshop on Parallel and Distributed Processing, PDP 1994, January 26-28, 1994, Malaga, Spain. IEEE 1994, ISBN 0-8186-5370-1
- Stephen C. Winter:
Program Chairman's Introduction. 1 - Edwige E. Pissaloux:
Image Processing. 6 - Gareth McAleese, Philip J. Morrow:
Representation And Measurement Of Non-rigid Egocentric Motion: A Parallel Implementation. 7-13 - Paolo Cremonesi, Nello Scarabottolo, Domenico G. Sorrenti:
Image Processing on Parallel Machines: A Protocol For Managing Global Objects. 14-21 - Danny Crookes, T. John Brown:
Efficient Implementation Of An Abstract Programming Model For Image Processing On Transputers. 22-28 - Andy M. Tyrrell:
Session 2: Parallelization. 30-31 - Ralf Diekmann, Knut Menzel, Frank Stangenberg:
Distributed Environments & Distributed Program Design. 32-39 - Hallo Ahmed, Luis Barriga, Rassul Ayani:
Parallel Discrete Event Simulation Using Space-time Events. 40-47 - Nasser Kalantery, Stephen C. Winter, Derek R. Wilson:
Deterministic Parallel Execution Of Sequential Programs. 48-55 - Siamak Mohammadi, Didier Dulac, Alain Mérigot:
A New Massively Parallel Architecture Relying On Asynchronous Communications. 58-63 - I. Stephenson, R. W. Taylor:
Creatures And Spirals A Data Parallel Object Architecture. 64-69 - Neil J. Howard, Aleksander Kolcz, Andy M. Tyrrell, Nigel M. Allinson, Antonia J. Jones:
Zelig: A Novel Parallel Computing Machine Using Reconfigurable Logic. 70-75 - Rod Adams, Sue M. Gray, Gordon B. Steven:
Harp: A Statically Scheduled Multiple-instruction Issue Architecture And Its Compiler. 76-81 - Karl-Erwin Grosspietsch:
Neural Nets. 84 - Clemente Rodríguez, Javier Muguerza, José Ignacio Martín, Alberto Lafuente, Santiago Rementeria:
Introducing Parallelism In Power System Diagnosis. 85-92 - J. Chen, Herbert Peremans, Jan M. Van Campenhout:
A Transputer-based Neural Network To Determine Object Positions From Tri-aural Ultrasonic Sensor Data. 93-100 - Gianfranco Ciccarella:
Session 5: Networks And Communications. 102 - Yunn Yen Chen, Chung-Ta King:
Integrating Memory And Network Accesses : A Flexible Processor-network Interface For Efficient Application Execution. 103-110 - Abdel-Halim Smai, Handong Wu:
Evaluation Of A Priority Flow Control Scheme For Multicomputer Networks. 111-116 - Cruz Izu, Ramón Beivide, Chris R. Jesshope:
Mad-postman : A Look-ahead Message Propagation Method For Static Bidimensional Meshes. 117-124 - Markus Siegle:
Reduced Markov Models Of Parallel Programs With Replicated Processes. 126-133 - Andy M. Tyrrell:
Evaluation Of Fault Tolerant Structures For Parallel Systems. 134-140 - Andreas Mitschele-Thiel:
A Large-grain Data-flow Language And Its Control-driven Implementation. 141-148 - Graham M. Megson, Xian Chen:
Partitioning And Mapping For Lower Dimensional Given Arrays. 149-155 - Philip R. Bird, Anthony J. Cowling:
Modelling Logic Programming Using A Network Of Communicating Machines. 156-161 - Glenn Jennings:
On The Properties Of A Polar Functional Language For A Tagged Token Architecture. 162-166 - Jaafar Gaber, Gilles Goncalves, Tienté Hsu, Pierre Lecouffe, Bernard Toursel:
Non-numerical Data Parallel Algorithms. 167-174 - Catherine Dezan:
Generating Regular Arrays By Program Transformations. 175-179 - Aklesso Bekley, Bernard Toursel, Gilles Goncalves:
Performance Of Very High Frequencies Networks. 180-184 - Pierpaolo Baglietto, Massimo Maresca, Mauro Migliardi:
A Simulator For Reconfigurable Massively Parallel Architectures. 185-189 - Chow Sit Tsang-Ping, David M. Barry, Christopher M. Snowden:
Parallel Simulation Of GaAs MESFET Semiconductor Devices With Adaptive Meshing On A Transputer Network. 190-195 - Soraya Bestaoui, Anne-Marie Déplanche, Yvon Trinquet:
The SCEPTRE2 Communication Service In A Fault Tolerance Context. 196-201 - Patrick Nixon, Carl I. Birkinshaw, Peter R. Croll, Derek Garron Marriott:
Rapid Prototyping Of Parallel Fault Tolerant Systems. 202-209 - Gianpiero Cabodi, Silvano Gai, Maurizio Rebaudengo, Matteo Sonza Reorda:
A BDD Package For A Massively Parallel SIMD Architecture. 212-219 - Alex Kondratyev, Alexander Taubin, Victor Varshavsky, Michael Kishinevsky, Edwige E. Pissaloux:
Change Diagram : A behavioural model for very speed VLSI circuit/highly parallel systems. 220-226 - Mateo Valero, Montse Peiron, Eduard Ayguadé:
Access To Vectors In Multi-module Memories. 228-236 - Antonio González:
Parallel Numerical Algorithms. 238-239 - R. M. S. Ralha:
A New Algorithm For Singular Value Decompositions. 240-244 - Ignacio Martín Llorente, Francisco Tirado, Luis Vázquez Martínez, Víctor M. Pérez-García:
Numerical Aspects And Solution Of Some Nonlinear Scrodinger Systems On A Distributed Parallel Computer. 245-252 - Koen Bastiaens, Ignace Lemahieu, Paul Desmedt, W. Vandermeersch:
An Efficient Parallel Implementation Of The Ml-EM Algorithm For PET Image Reconstruction With A Multi-threaded Operating System. 253-259 - Manuel Ujaldon, Rafael Asenjo, Emilio L. Zapata, José Carlos Cabaleiro, José María Carazo:
3d Reconstruction Of Macromolecules On Multiprocessors. 260-267 - Alessandro Genco:
Parallel Simulated Annealing: Getting Super Linear Speedups. 268-273 - Elizabeth Jayne Stuart, J. S. Weston:
The Enhancement Of Parallel Numerical Linear Algorithms Using A Visualization Approach. 274-281 - Richard McConnell:
Session 8: Load Balancing. 284 - Wouter Joosen, Jan Pollet, Pierre Verbaeten:
The Efficient Management Of Task Clusters In A Dynamic Load Balancer. 285-290 - Anna Ciampolini, Antonio Corradi, Letizia Leonardi, Franco Zambonelli:
The Benefits Of Migration In A Parallel Objects Programming Environment. 291-298 - Nello Scarabottolo:
Session 9: Distributed Operating Systems. 300 - Boudjema Mecibah, Ammar Attoui:
Some Issues For The Distributed Scheduling Problem In The M02 Distributed Real-time Object-oriented Model. 301-308 - Andreas Bauch, Erik Maehle, Franz-Josef Markus:
A Distributed Algorithm For Fault-tolerant Dynamic Task Scheduling. 309-316 - Julian M. Bass, Peter R. Croll, Peter J. Fleming, Les J. C. Woolliscroft:
Three Domain Voting In Real-time Distributed Control Systems. 317-324 - Luís Moura Silva, Bart Veer, João Gabriel Silva:
The Helios Tuple Space Library. 325-331 - Roberto Baldoni, Bruno Ciciani:
The NETSHELL Programming Environment. 334-341 - Herman Moons, Pierre Verbaeten:
Persistence In Open Distributed Systems : The COMET Approach. 342-349 - Raúl García, Antonio Orgaz, Sadot Alexandres:
SCCocc2: A C To 0ccam2 Translator And Parallelizer. 350-357 - Ammar Attoui, Amin Riad Maouche:
A Tool For Parallel Application Design. 358-365 - Jonathan William Gulley, P. J. C. Clare, Steve R. Wilbur:
Controlling Parallel Software Performance Risks With VPB. 366-371 - Mike Livesey, Colin Allison:
A Dynamically Configurable Co-processor For Microkernels. 372-376 - José Duato Marín, Pedro López:
Bandwidth Requirements For Wormhole Switches: A Simple And Efficient Design. 377-384 - Peter Milligan, Richard McConnell, T. J. G. Benson:
The Mathematician's Devil: An Experiment In Automating The Production Of Parallel Linear Algebra Software. 385-391 - Gianfranco Ciccarella, Frédéric Patricelli:
A Distributed System Architecture For Embedded Control Systems. 392-399 - Ljerka Beus-Dukic, C. Grant:
Performance Evaluation Of Time-critical Protocols. 400-405 - Luis Barriga, Rassul Ayani:
Efficient Generation Of Synthetic Traces. 406-412 - Darren Patrick Rodohan, Ray J. Glover, Ian P. Jalowiecki:
An Implementation Of A Set Mode For Prolog On A Parallell Associative Processor. 413-419 - Juan Hernández Núñez, Pedro de Miguel, Manuel Barrena García, Juan-Miguel Martínez, Antonio Polo Márquez, Manuel M. Nieto Rodríguez:
Parallel And Distributed Programming With An Actor-based Language. 420-427 - Gianfranco Ciccarella, Francesco Loriga, Piero Marietti:
Real Time Implementation Of A Multivariable Adaptive Controller. 430-437 - Gerard J. M. Smit, Paul J. M. Havinga:
A Switch Architecture For Real-time Multimedia Communications. 438-444 - Thomas Fahringer:
Evaluation Of Benchmark Performance Estimation For Parallel Fortran Programs On Massively Parallel SIMD And MIMD Computers. 449-456 - Emilia Rosti, Giuseppe Serazzi:
Workload Characterization For Performance Engineering Of Parallel Applications. 457-462 - Peter Dauphin:
Combining Functional And Performance Debugging Of Parallel And Distributed Systems Based On Model-driven Monitoring. 463-470 - Luk Levrouw, Koenraad M. R. Audenaert, Jan M. Van Campenhout:
A New Trace And Replay System For Shared Memory Programs Based On Lamport Clocks. 471-478 - Richard McConnell, Peter Milligan, James F. McCann, Paul McMullan:
Monitoring, Analysis And Tuning Of Parallel Programs Within The Fortport Migration Environment. 479-485 - Giacomo Bucci, Riccardo Mattolini, Enrico Vicario:
Supporting Process Migration Through Communicating Petri Nets. 486-492 - Peter Milligan:
Session 12: Parallel Programming. 494-495 - George R. Ribeiro-Justo, Peter H. Welch:
Improving Performance With Serialisation. 496-502 - Péter Kacsuk:
Wavefront Scheduling In Logflow. 503-510 - Andrea Clematis, Vittoria Gianuzzi:
Implementing Distributed Reactive Program In Linda. 511-517 - Anna Ciampolini, Evelina Lamma, Paola Mello, Cesare Stefanelli:
Multi-level Copying For Unification In Parallel Architectures. 518-525 - Anne Dierstein, Roman Hayer, Thomas Rauber:
A Branch-and-bound Algorithm For Array Distributions. 528-535 - Emilio Luque, Miquel A. Senar, Daniel Franco, Porfidio Hernández, Elisa Heymann, Juan Carlos Moure:
Transputer Based System Software. 536-543 - Nacer-Eddine Zergainoh, Thierry Maurin, Yves Sorel, Christophe Lavarenne:
A Real Time Multiprocessor Application Development Environment Design And Implementation. 544-550 - Mohamed Bettaz, Aicha Choutri, Gianna Reggio:
A Life-cycle For Parallel And Distributed Systems Based On two Models Of Concurrency. 551-558 - Juan Domingo Sandoval González, Álvaro Suárez Sarmiento, C. Sandoval, Carlos M. Ramírez Casañas:
A New Approach To Concurrent Ring: 1 Bit latency. 559-565
manage site settings
To protect your privacy, all features that rely on external API calls from your browser are turned off by default. You need to opt-in for them to become active. All settings here will be stored as cookies with your web browser. For more information see our F.A.Q.