Table of Contents

• Continuously Monitored Global Virtual TimeEwa Deelman, Boleslaw K. Szymanski. 1-10
• Online Displays of Parallel Programs: Problems and SolutionsGreg Eisenhauer, Weiming Gu, Eileen Kraemer, Karsten Schwan, John T. Stasko. 11-20
• Tuning Parallel and Networked Programs with S-CheckRobert Snelick, Mike Indovina, M. Courson, A. Kearsley. 21-30
• Instrumenting Parallel Programs Based on a Virtual Clock ApproachKei-Chun Li, Kang Zhang. 31-40
• An Interactive Graphic Tool for Systematic Design and Analysis of VLSI Array ProcessorsStanislav Sedukhin, Igor S. Sedukhin. 41-49
• An Architecture for Object Replication in Distributed SystemsGanesha Beedubail, Udo W. Pooch. 50-59
• Framework for Constructing Parallel and Distributed Applications with Scalable PortabilityAmi Marowka, Michel Bercovier. 60-68
• ICE: A Communication Environment for Natural Language ProcessingJan W. Amtrup. 69-77
• Practical Considerations in the Use of Multithreading for Parallelising ApplicationsJu-Pin Ang, Chu-Cheow Lim. 78-86
• Evolving Software Tools for New Distributed Computing EnvironmentsMarkus Pizka, Claudia Eckert, Sascha Groh. 87-96
• ARTEMIS: Advanced Reliable disTributed Environment Middleware SystemToshio Shrakihara, Hideaki Hirayama, Kiyoko Sato, Tatsunori Kanai. 97-106
• Ruling the Behavior of Distributed Software ComponentsGuido Wirtz, Jörg Graf, Holger Giese. 107-116
• An Effective Tool for Debugging Races in Parallel ProgramsDong-Gook Kirn, Yong-Kee Jun. 117-126
• The NanOS Microkernel: A Basis for a Multicomputer Cluster Operating SystemFrancesc D. Muñoz-Escoí, José M. Bernabéu-Aubán. 127-135
• A Software Architecture of Two-Level ParallelizationChong-Wei Xu, Delong Yang. 136-139
• PM/Parallel: A Framework for Distributed Physical Simulation Using the Bulk Synchronous Parallel Computing ModelCurtis Lisle, Rebecca J. Parsons. 140-145
• Intercommunication Between CORBA and DCE through BridgeDong-Jin Kirn, In-Won Yoo, Geun-Young Lee. 146-155
• A Global Synchronization Solution for Racing Servers in the Microkernel-based OS, MISIXYoung Jin Nam, Joo Man Kirn, Hae-Jin Kim. 156-161
• The Efficient Two-Phase Coordinators using MultithreadKi-Young Moon, Nam Sik Park, Young-Chul Lew. 162-171
• FITOS-RPC: An OSI-based Reliable Group Remote Procedure Call ServiceLuciano Porto Barreto, Ingrid Jansch-Pôrto. 167-171
• IIRM (Intelligent Information Retrieval Method) Graphical Data Retrieval Interface Based on Hypertext User-ModelsLee Jong-Taik, Seung-Ju Jang. 172-177
• Modular Development of Correct Meander ProgramsHolger Giese, Guido Wirtz. 178-181
• A Framework for Communication Support in Object Oriented Distributed SystemsAnish S. Karmarkar, Udo W. Pooch. 182-185
• Supporting Highly Available Distributed Services Using Linda ParadigmPietro Manzoni, Alberto Tonello, Stefano Crespi-Reghizzi. 186-191
• Performance Evaluation for Designing a Remote IPC in MISISung-In Jung, Jae Kyoung Lee, Hae-Jin Kim. 192-201
• A Different Approach to Resource Management for Distributed SystemsSascha Groh, Markus Pizka. 202-206
• A Comparative Study of Data-Sharing Software Packages on a Cray T3DGeorge Petit. 207-211
• Optimizing the Use of Distributed Queues in TuplespaceJames B. Fenwick Jr., Lori L. Pollock. 212-217
• DIPC: A System Software Solution for Distributed ProgrammingKamran Karimi, Mohsen Sharifi. 218-221
• A Program Partitioning Method for Parallelizing Compiler on Workstation ClustersKoichi Asakura, Toyohide Watanabe. 222
• A Transformational Approach to Object-Based Concurrent Reflective LanguageStephen John Turner, Norlaily Yaacob. 226-244
• Design and Implementation of Parallel Java with Global Object SpaceLaxmikant V. Kalé, Milind A. Bhandarkar, Terry Wilmarth. 235-244
• A Communication Infrastrutrue for Java Agent SystemsDaniel T. Chang, Neelakantan Sundaresan. 245-255
• Towards an Evolutionary Verification Methodology: Experiences with a Distributed Programming Language ImplementationCui Zhang, Carole M. McNamme. 256-264
• Enabling Flexibility in the Legion Run-Time LibraryCharles L. Viles, Michael J. Lewis, Adam Ferrari, Anh Nguyen-Tuong, Andrew S. Grimshaw. 265-274
• Exploiting Temporal Locality Using a Dependence Driven ExecutionSuvas Vajracharya, Dirk Grunwald. 275-284
• Object Patterns for Parallel ProgrammingNeelakantan Sundaresan. 285-295
• On the Performance of Functional Programming Languages on Realistic BenchmarksJeffrey Hammes, A. P. Wim Böhm. 296-304
• An Application Domain Specific Language for Describing Board GarnesJohn W. Romein, Henri E. Bal, Dick Grune. 305-314
• On the Design and Implementation of DSM-ThreadsFrank Mueller. 315-324
• On Building Efficient Substrate SoftwarMatthew Haines, Gregory D. Benson, Koen Langendoen. 325-333
• MPI/RT: Design and Implementation of a Real-Time Message Passing InterfaceZhenqian Cui, Arkady Kanevsky, Jin Li, Anthony Skjellum. 334
• Computer Aided Parallelization of Unstructured Mesh CodesS. P. Johnson, Cos S. Ierotheou, Mark Cross. 344-353
• Experience with Automatic Mapping of Sensor-Based ApplicationsJaspal Subhlok. 354-363
• By Hand or Not By Hand - A Case Study of Alternative ApproachesJerry C. Yan. 364-372
• ANALYST: Tool Support for the Migration of Fortran Applications to Parallel SystemsB. Chapman, M. Egg. 373
• LDA - Scalable, Off-Line Multiprocessor Scheduling for Real-Tune SystemsHongyi Zhou, Karsten Schwan. 383-391
• Dynamic Load Distribution with MPVMK. Al-Saqabi, Robert M. Prouty, Dylan McNamee, Steve W. Otto, Jonathan Walpole. 392-401
• Design of Combination of Time Sharing and Space Sharing For Parallel Task SchedulingKuniyasu Suzaki, Hitoshi Tanuma, Yuuji Ichisugi. 402-409
• Virtual-Time-Based Round Robin: A Hardware-Eflicient Fair Scheduling Algorithm for High-Speed NetworksKi-Ho Cho, Hyunsoo Yoon. 410-415
• Task Allocation Strategies on Workstations Using Processor Load PredictionThierry Monteil, Jean-Marie Garcia. 416-421
• A Self-Adaptive 1D Multi-Degree Rectilinear Partitioning for Adaptive Load-Balancing in Massive Parallel and Distributed ComputingZhengyu Jiang. 422-431
• Check-load Interval Analysis for Balancing Distributed SPMD ApplicationsM. Cermele, Michele Colajanni, Salvatore Tucci. 432-441
• Dynamic-SED for Load Balancing of Parallel Applications in Heterogeneous SystemsBettina Schnor, M. Gehrke. 442-449
• ALDY: Supporting Load Distribution by Object MigrationThomas Schnekenburger. 450-459
• Predictive Load Balancing for Parallel Adaptive Finite Element ComputationJoseph E. Flaherty, R. M. Loy, Mark S. Shephard, Boleslaw K. Szymanski, James D. Teresco, Louis H. Ziantz. 460-469
• An Experimental Study of Workload Indices for Non-dedicated, Heterogeneous SystemsGregory S. Wolffe, S. Hossein Hosseini, K. Vairavan. 470-478
• Fixed Priority Schedulability Analysis of a Distributed Real-Time Fault Tolerant ArchitectureGuillem Bernat, José Miró-Julià, Julian Proenza. 479-487
• Nonpreemptive Scheduling on the Parallel Task SystemGilbert H. Young, Siu-Chung Lau, Vincent S. Yiu, Lai-man Wan. 484-487
• DSF: A Load Distribution Facility Supporting Multiple Algorithms on MachQin Lu, Arthur S. L. Hsieh. 488-497
• Reliable Parallel Processing on Heterogeneous Supercomputer via JMPIGilbert H. Young, Lai-man Wan, Vincent S. Yiu. 498
• Euclidean Distance Transform an Reconfigurable MeshesYi Pan, Mounir Hamdi, Keqin Li. 505-512
• Reconfigurable buses with shift switches for fast final additions of parallel multipliersRong Lin. 513-521
• Mapping of ANNs on Linear Array with a Reconfigurable Pipelined Bus SystemBin Cong. 522-529
• Region Growing on A Clustered Reconfigurable Bus SystemTirumale Ramesh. 530-537
• Reconfigurable Meshes with Reconfigurable SwitchesAlberto C. Moreira. 538-545
• Parallel Neighbors-Finding Algorithm of Bincode-Based Images on Reconfigurable MeshesKuo-Liang Chung, Hsiu-Niang Chen. 546-554
• A Reconfigurable Mesh Design For a Simultaneous Access Match-and-Store UnitP. R. Venkata Subramaniam, Kam-Hoi Cheng. 555
• Algorithms for Multimedia Object Allocation onto Heterogeneous Storage SystemsAbdulaziz Al-Sehibani, Kishan Mehrotra. 564-573
• An ATM-Enhanced Meeting SystemTony K. Y. Chan, Bu-Sung Lee, Liang-Tien Chia, Lai Lai Tung, Chai Kiat Yeo. 574-578
• Reliability Issues in Distributed Multimedia ComputingDuk-Ho Chang. 579-583
• Varying Service Quality to Manage Computational ResourcesByron Jeff. 584-589
• Simulation of Parallel Random Access Machines on Linear Arrays with Reconfigurable Pipelined Bus SystemsKeqin Li, Yi Pan, Si-Qing Zheng. 590-599
• A Randomized Algorithm for Dynamic Tree Growing on k-ary n-cubesKeqin Li. 600-609
• DNA Strand Separation Prediction: A Parallel ImplementationGabriela Hristescu, Craig J. Benham, Martin Farach. 610-619
• Systematic Exploitation of Parallelism in Spatial Interaction ModelsWissal Essah, John R. Davy, Stan Openshaw. 620-628
• Implementation of Distributed Resource Mutual Exclusion Algorithm for Distributed System on SVR4.2 MP UNIXSeung-Ju Jang. 629-635
• Design Decisions For the Parallel Evaluation of PolynomialsWalter Dosch. 636-644
• Performance of a Massively Parallel 3D Non-Hydrostatic Atmospheric Fluid ModelWilliam D. Anderson, Vanda Grubisic, Piotr K. Smolarkiewicz. 645-651
• Parallelization of Load Flow AlgorithmsPhanindra K. Mannava, Lisa Teeslink. 652-659
• An Efficient Method for Constructing a Distributed Depth-First Search TreeS. A. M. Makki, George Havas. 660-666
• Applying Parallel and Distributed Processing Techniques to a Tether Dynamics SimulationB. Earl Wells, John Glaese. 667-673
• Triangular Solvers on a RingEunice E. Santos. 674-683
• Flexible Small Scale Parallel System in the Development of a Hybrid VehicleHans Otto Trutmann. 684-691
• Parallel Branch-and-Cut for Optimization in Production PlaningDieter Homeister, Hartmut Schwab. 692-700
• Parallel Three-Dimensional Particle-In-Cell Code Simulation on a Cluster of Heterogeneous WorkstationA. Abdelmageed Elsadek, Salleh Alsharaeh, B. Earl Wells, Nagendra Singh. 701-707
• Simulation Study of Clock Synchronization in Distributed SystemsBo Jin, Lan Yang. 708-712
• A Parallel CORDIC Algorithm for Sine and Cosine GenerationHao-Yung Lo. 713-724
• Practical Mesh Algorithms for Finding Shortest Paths in Grid GraphsHongchi Shi, Paul D. Gader. 725-731
• Combinatorics of Finding the Shortest Path Through N-Dimensional SpaceD. Primeaux, G. W. Clark. 732-737
• Problem-Oriented Parallelization of an Iterative Placement AlgorithmThomas Schnekenburger, Gunter Stenz, Henning Spruth. 738-743
• Solving the Symmetric Eigenvalue Problem on Distributed Memory SystemsDomingo Giménez, M. J. Majado, Isidro Verdú. 744-747
• Two Polynomial-Time Algorithms for Computing Reliability in a Linear and a Circular Distributed SystemMin-Sheng Lin, Deng-Jyi Chen. 748-752
• Mapping the Single-Row Routing Problem to a HypercubeShaharuddin Salleh, Albert Y. Zomaya, David Hysom. 753-761
• A Mapping of Binary Tree Process Organization to Shared Memory ArchitectureK. M. George, N. Chu. 761-764
• Font Structure for Heterogeneous Chinese Computing EnvironmentHak Wai Chan, Wing-Kay Kan. 765-773
• Parallel Implementation of a Matrix Decomposition Method for Evaluating Phylogenetic TreesSanzheng Qiao, Sheldon Siu-tung Tam. 774-777
• Basic Concepts of Hardware Verification Using ORA Larch/VHDLAhmed E. Barbour, Mike P. Nassif. 778-782
• A Parallel Algorithm with Embedded Load Balancing for the Computation of Autocorrelation MatrixS. R. Subramanya. 783-788
• Parallel Modeling of Rough Surface Electromagnetic ScatteringJeff Boleng, Manavendra Misra. 789-794
• Improved Parallel Algorithms for Finding the Most Vital Edge of A Graph with Respect to Minimum Spanning TreeHong Shen. 795-800
• A Distributed Algorithm for Allocation of Resources to Process Groups with Acyclic GraphYutaka Wada, Zixue Cheng, Tongjun Huang. 801-805
• Parallelizing a Fourth-Order Runge-Kutta MethodHai C. Tang. 806-810
• A Hypercube Minimization Algorithm for Boolean FunctionAhmed E. Barbour. 811-815
• Accerating Profiling Services by Parallel Database TechnologyClara Nippl, Michael Jaedicke, Bernhard Mitschang. 816-824
• A Distributed Algorithm for Leader Election from a Partially Ordered Set on a CoterieZixue Cheng, Qian-Ping Gu. 825-847
• Using Sensors to Detect Failures in a Loosely Integrated Heterogeneous Database SystemWanlei Zhou. 848-857
• Optimizing complex decision support queries for parallel executionLionel Brunie, Harald Kosch. 858-867
• I/O Minimization in a Genetic Sequencing FrameworkEdward M. Robinson, Dan Davison, Ernst L. Leiss. 868-873
• Parallel Solution - Adaptive Structured Grid Generator for Complex Multiblock TopologieManoj Apte, Bharat K. Soni. 874-879
• A Distributed Algorithm for Optimal Allocation of ResourcesTongjun Huang, Zixue Cheng. 880-884
• Optimistic agreement in distributed systemsJ. Roger Mitchell, Vijay K. Garg. 885-889
• Parallel Decomposition of Generalized Series-Parallel GraphsSun-Yuan Hsieh, Chin-Wen Ho, Gen-Huey Chen. 890-896
• Pipeline Algorithm for Sparse Linear Equations Solution in Power SystemsM. Kacarska, D. Andonov, A. Grnarov, V. Glamocanin. 897-901
• A Timing Analysis of a modified Version of the Gauss-Seidel Parallel Algorithm in a One Diemensional Flow EquationLuke Olszewski, Ahmed Barbour. 902-907
• Parallel Implementation of a Large-Strain Polycrystal Deformation ModelM. Juganaru, I. Sakho, C. Maurice, F. Montheillet. 908
• AIMD Machine for Massively Parallel Genetic AlgorithmsYoshizo Takahashi, Masahoko Sano, Tomio Inoue. 915-923
• Enhancement of Neural Networks Novelty Filters with Genetic AlgorithmsHamed Elsimary. 924-927
• Multiprocessor Scheduling with Genetic Algorithms in a Heterogeneous EnvironmentSung-Ho Woo, H. S. Lee, Sung-Bong Yang, Tack-Don Han, Shin-Dug Kim. 928-931
• Application of a Genetic Algorithm to the Static Scheduling of Processes on a Parallel ArchitectureMalek Rahoual. 932
• Applying.Parallel Block Predictor-Corrector Methods to Transputer Type ConfigurationsB. Earl Wells, Kenneth G. Ricks. 937-946
• Load Balancing in Task FarmsAlan S. Wagner, Marjan Parsa. 947-956
• A Case Study: In Support of Employing a Transputer-Style Architecture for Avionics Mission and Information ProcessingB. Earl Wells, Christian Tournes, Lee Young. 957-966
• Latency Controlled Virtual-Channels over ModemsRajesh Chhabria, Ben Abbott. 967-977
• Real-Time Scheduler Based on Fuzzy LogicSandeep Neema, Ben Abbott. 978-985
• Gear Train Theory: An Approach to the Assignment Problem Providing Tractable Solutions with Measured OptimalityJohn Campbell, Ben Abbott. 986-995
• Implementing Dynamic Load Distribution Strategies with OrbixThomas Schnekenburger, Günther Rackl. 996-1005
• VGDS: An Object-Oriented Framework for Distributed Scientific ComputingJan-Jan Wu, Pangfeng Liu, Marina C. Chen, James R. Cowie. 1006-1014
• Object Orientation in Time Warp SimulationNorbert Fröhlich, Rolf Schlagenhaft, Andreas Ganz, Josef Fleischmann. 1015-1023
• Framework, Design Patterns and Pattern Language for Object ConcurrencyAntónio Rito Silva. 1024-1033
• Object-Oriented Coordination Abstractions for Parallel SoftwareMatthew B. Dwyer, Virgil Wallentine. 1034-1043
• Object-Oriented Data Parallel Programming in C++Hua Bi. 1044-1053
• Towards a Formal Specification of an Object-Oriented Architecture for Parallel ComputingS. Bavan, Eleni Berki, Elli Georgiadou, M. Milankovic-Adkinson, M. J. Walker. 1054
• Extending Proportional-Share Scheduling to a Network of WorkstationAndrea C. Arpaci-Dusseau, David E. Culler. 1061-1070
• A Unified System for Scheduled CommunicationDavid Shoemaker, Frank Honoré, Pat LoPresti, Chris Metcalf, Steve Ward. 1071-1081
• Operating System Support for General Purpose Single System Image ClustersJosé M. Bernabéu-Aubán, Yousef Y. A. Khalidi. 1082-1091
• Total System Image of the Reconfigurable Machine WASMIIXiao-ping Ling, Yuichiro Shibata, Hidenori Miyazaki, Hideharu Amano, Koichi Higure. 1092-1096
• Single-System Image: The Solaris MC ApproachKen Shirriff, Yousef Y. A. Khalidi, Vlada Matena, José M. Bernabéu-Aubán. 1097-1105
• Single System Image: Need, Approaches, and Supporting HPC SystemsRajkumar Buyya. 1106
• Creating A Distributed File System For Multiple Client EnvironmentsAloke Guha, Mark Bakke. 1114-1121
• Java, SIMD, The World Wide Web, and Distributed Parallelism: An Integrated StoryRodney S. Tosten, Brad Steiner, Paul T. Tymann. 1122-1131
• A Performance Model for Mobile Agent SystemsMarkus Straßer, Markus Schwehm. 1132-1140
• Management of Events in a multi-agent systemYolande Berbers, Bart De Decker, Wouter Joosen, Frank Matthijs, Bert Robben. 1141-1150
• Transaction Model and Commit Protocol for Supporting Host MobilityJongmin Lee, Soon Young Jung, Chong-Sun Hwang. 1151-1159
• The Effect of Mobility on Consistency and Access Time in Distributed SystemAnil Gurijala, Udo W. Pooch. 1160-1164
• Relocatable Object Creation in a Mobile Computing EnvironmenSebnem Baydere. 1165-1169
• Distributed Tasks Management System TopoSerge A. Krashakov, Lev N. Shchur. 1170-1173
• Off-Line, On-Line, and Front-Line Heterogeneous ComputingHoward Jay Siegel. 1174
• Routing in Bidirectional k-ary n-cubes with the Red Rover AlgorithmJeffrey T. Draper, Fabrizio Petrini. 1184-1193
• Strictly Nonblocking Directional Coupler-Based Photonic Switching Networks Under Crosstalk ConstraintM. Mehdi Vaez, Chin-Tau A. Lea. 1194-1203
• Study on the STC104 Interconnection NetworksHyo Jong Lee. 1204-1211
• Hyper-Systolic Routing for SIMD SystemsA. Hoferichter, Thomas Lippert, Klaus Schilling, Paolo Palazzari. 1212-1218
• Channel Bypassing: A Deadlock-Free Flow Control Policy for Adaptive Routing in Wormhole NetworksJi-Yun Kirn, José Duato, Jung Wan Cho. 1219-1228
• Using Logical Rings to solve the Mutual Exclusion Problem in Distributed Memory SystemsJohn Dell, Kia Makki, Niki Pissinou, Wuxu Peng. 1229-1238
• The Timewheel Asynchronous Atomic Broadcast ProtocolShivakant Mishra, Christof Fetzer, Flaviu Cristian. 1239-1258
• The Chordal Spoke ATM Interconnection NetworkMark J. Clement, Bryan S. Morse, J. Kelly Flanagan, Wei Wei, Phyllis E. Crandall. 1259-1267
• Fault Tolerant Node-Disjoint Routing in n-dimensional Hypertube NetworkKisong Yoon. 1268-1275
• Nearest Neighbor Mesh Hypercube Multiprocessor Networks for Autonomous Decentralized SystemsHiromi Kobayashi. 1276-1284
• The Wrap-Around Banyan-Hypercube NetworkAbdelghani Bellaachia, Jamal Faik. 1285-1289
• An Improved Version of the Set Routing Labeling SchemeSoulla P. Louca, George A. Horattas. 1290-1293
• Fast Communication Mechanisms - Coupling Hardware Distributed Shared Memory and User-Level MessagingHermann Hellwagner, Wolfgang Karl, Markus Leberecht. 1294-1301
• Incremental Design and Routing Schemes for Torus NetworksNobuyuki Nezu, Huizhu Lu. 1302-1307
• Scalable Non-Blocking Networks with Fixed Size RoutersTor Skeie, Olav Lysne, Geir Horn. 1308-1314
• Combinatorial Properties of Two-Level Hypernet NetworksHui-Ling Huang, Gen-Huey Chen. 1315-1324
• ABR Services Using a Parallel C trol Scheme in ATM NetworksQuan-long Ding, Soung C. Liew. 1325-1329
• Applications of Rhombic MultiprocssorsKenneth E. Hoganson, Barry Wilkinson, W. Homer Carlisle. 1330-1335
• An Effective Interconnection Structure for Various SIMD CommunicationsYoungsik Kirn, Tack-Don Han, ShinnDug Kirn, Sung-Bong Yang. 1336-1343
• A Routing Algorithm using Graphical Model for 5-stage Shuffle-Exchange NetworkYanggon Kim, Vishnu S. Indugula. 1344-1348
• A Partitionability of Interconnection NetworksSi-Qing Zheng, Keqin Li, Yi Pan, Hong Shen, Gilbert H. Young. 1349-1355
• Data Block Size, Software Access Control and Release Consistent DSM on Reliable NetworksArif M. Bhatti. 1356-1361
• A Study of Average-Case Speedup and Scalability of Parallel Computations on Static NetworksKeqin Li, Yi Pan, Hong Shen, Si-Qing Zheng. 1362
• Parallel Supercomputing with Commodity ComponentsMichael S. Warren, Donald J. Becker, M. Patrick Goda, John K. Salmon, Thomas L. Sterling. 1372-1381
• A Configurable Target Architecture for Rapid Prototyping High Performance Control SystemsFranz Fischer, Thomas Kolloch, Annette Muth, Georg Färber. 1382-1390
• The Architecture and Performance of the Simultaneous Optical Multiprocessor Exchange Interconnection Network (SOME-Bus)Constantine Katsinis, William E. Cohen, Rhonda Kay Gaede, Jeffrey H. Kulick. 1391-1399
• New Scalable Parallel Computer Architecture - Non-Uniform Memory Access (NUMA-Q)David Xiaowei Wang. 1400-1405
• Intruction Fetch Mechanism for PN-SuperscalarShusuke Okamoto, Masahiro Sowa. 1406-1410
• Multi-block Execution of Dynamic Data-driven Processor Qv-xTeruhiko Kamigata. 1411-1417
• Performance Characterization and Comparison of SIMD ArchitecturesEsin Onbasioglu, Yakup Paker. 1418-1422
• Program Controlled Cache Memory on Parallel ComputerMitsuaki Nakasumi, Shusuke Okamoto, Masahiro Sowa. 1423-1433
• An Associative Processor for Multi-Comparand Parallel Searching And Its Selected ApplicationsZbigniew Kokosinski. 1434-1442
• ISE - A Hardware Accelerator for Switch Level VLSI SimulationManish Bhardwaj, S. S. Erdogan, Mubarak Mishra, Vee Von Yee. 1443-1447
• Scalability Analysis of Multiprocessors Using Stochastic ModelsEfthimios Tambouris, Evagelos Dimas. 1448
• Using HPC+N to Support Virtual Reality in a Telemedical Information SocietyAndy Marsh, F. Simistira, Richard A. Robb. 1453-1462
• Parallelization of Holographic Memory for Pattern Recollection with Dynamic AttentionJaved I. Khan, David Y. Y. Yun. 1463-1481
• Modeling of Wavelet Transform for De Bruijn Graph Connected MultiprocessorsB. K. Das, Rabi N. Mahapatra, Biswanath N. Chatterji. 1482-1489
• A Parallel Volume Rendering Algorithm: Performance Analysis and Implication in MedicineMaria Filomena Santarelli, Vincenzo Positano, Luigi Landini. 1490-1496
• Visualization of Methods: Computation on Multi-Stage NetworksNikolay N. Mirenkov, Tatiana Mirenkova, Masamitsu Sato. 1497-1504
• Parallel Programming for Real-Time Image Processing Using Computing AgentsFenglei Du, Andrew Izatt, Cesar Bandera. 1505-1514
• A Parallel Algorithm to Reconstruct Bounding Surfaces in 3D ImagesFrederic H. Mabin, Catherine Mongenet. 1515-1524
• Efficient Distributed Ray Tracing on a Cluster of WorkstationsDarrin Weber, Hassan R. Barada, Madalene Spezialetti. 1525-1535
• An Efficient Scalable Ray Tracing Algorithm for General Purpose SIMD Parallel MachinesSandeep V. Kharkar, Daniel W. Watson, Larre N. Egbert. 1536-1541
• Rectilinear Partitioning for Load Balancing 3D Image Processing AlgorithmsJean-Marc Nicod, Jean-Marc Pierson. 1542-1550
• Pattern Search Through Cross-CorrelationJosé A. Martínez, Inmaculada García. 1551
• Power-Law Convergence of Stochastic Optimization AlgorithmsGardiner S. Stiles, F. H. Lee, C. Gyulai. 1558-1566
• Parallel Computing for Chromosome Reconstruction Using PVMSuchendra M. Bhandarkar, Salem Machaka. 1567-1585
• PSA-CRS: A Parallel Stochastic Algorithm for Global OptimizationPilar Martínez Ortigosa, Inmaculada García. 1586-1594
• Simulated Annealing: A Heuristic for Parallel Stochastic OptimizationR. Frost, P. Heineman. 1595
• Fault Tolerant Routing in Star Graph Networks in the Forbidden Fault ModelShahram Latifi, Yordan Rouskov, Pradip K. Srimani. 1605-1613
• Performance Analysis of Soft Real-Time SystemsM. Rooholamini, Seyed H. Hosseini. 1614-1622
• Fault-Tolerant Meshes with Efficient LayoutsToshinori Yamada, Shuichi Ueno. 1623-1632
• Fault-Tolerant Array Processors Via Reconfiguration of Two-Level Redundancy ArraysStephen Y. H. Su, Rong Yao. 1633-1642
• A New Approach for Checkpointing Parallel ApplicationDjemai Kebbal, El-Ghazali Talbi, Jean-Marc Geib. 1643-1651
• A Diagnosis Algorithm for Massively Parallel SystemsBharat S. Joshi, Seyed H. Hosseini. 1652-1657
• Reconfiguration in a Circuit-Switched k-ary Tree MultiprocessorBaback A. Izadi, Füsun Özgüner. 1658-1667
• Hazard-Free Connection ReleaseJennifer E. Walter, Jennifer L. Welch. 1668-1672
• A Fault Tolerant Shared Memory ATM SwitchTsern-Huei Lee, Shun-Jee Liu. 1673-1682
• Fault-Tolerant All-to-All Broadcasting in HypercubesSeungjin Park. 1683-1689
• Fault-tolerant Properties of Pyramid NetworkFeng Cao, Ding-Zhu Du, Shang-Hua Teng. 1690-1693
• MAMR(Multiple Access Multiple Resource) Method for Fault Tolerance Distributed File SystemSeung-Ju Jang, Gil Yong Kim. 1694-1698
• Task Migration Facility for Parallel & Distributed ApplicationsM. Bozyigit, Khalid M. Al-Tawil, S. K. Naseer. 1699
• Improved Parallel Algorithms for Finding the Most Vital Edge of A Graph with Respect to Minimum Spanning TreeHong Shen. 1705-1710
• Parallel IQMR Method for Unsymmetric Large and Sparse Linear Systems in Computational Fluid DynamicsLaurence Tianruo Yang. 1711-1717
• The Improved Unsymmetric Lanczos Process on Massively Distributed Memory ComputersLaurence Tianruo Yang. 1718