| A Reflective Architecture for a Parallel Simulation Language (p. 1) |
| by Turner, S J |
| Global Virtual Time Support for Individual-Based Simulations (p. 9) |
| by Fukuda, M |
| Using Code Shipping to Optimize Remote Procedure Call (p. 17) |
| by Waugaman, D |
| High Performance MPI : Extending the Message Passing Interface for Higher Performance and Higher Predictability(p. 25) |
| by Skjellum, A |
| Local and Global Data Distribution in the Filaments Package (p. 33) |
| by Lowenthal, D K |
| An Enhancement to Java for Programming with Assertions (p. 42) |
| by Zhang, C |
| VSR : Automated Visualization of Programs for the SR Concurrent Programming Language(p. 50) |
| by McNamee, C M |
| Distributed Cactus Stacks : Runtime Stack-Sharing Support for Distributed Parallel Programs(p. 57) |
| by Sardesai, S |
| Agent Server Architecture for the Ajanta Mobile-Agent System (p. 66) |
| by Karnik, N M |
| Modelling Dynamic and Adaptive Parallelism Through Integration of Data and Control Parallelism : A Case Study in Complete Parallelization of a Dynamic Problem(p. 74) |
| by Banerjee, Dhruba |
| A High Level SPMD Programming Model : HPspmd and its Java Language Binding(p. 83) |
| by Zhang, G |
| MultiJav : A Distributed Shared Memory System Based on Multiple Java Virtual Machines(p. 91) |
| by Chen, X |
| A Transactional DSM Operating System in Java (p. 99) |
| by Schoettner, M |
| Java as a Front-end to High-performance Computing Resources (p. 107) |
| by Silis, A J |
| Active Threads : Enabling Fine-Grained Parallelism in Object-Oriented Languages(p. 115) |
| by Weissman, B |
| Loop Transformations for Performance and Message Latency Hiding in Parallel Object-Oriented Frameworks (p. 123) |
| by Bassetti, F |
| Concurrent Programming in VISO (p. 131) |
| by Al-Mulhem, M |
| On the Power of Some PRAM Models (p. 135) |
| by Akl, S G |
| A Computational Model for an Object-Oriented Operating System (p. 143) |
| by Tajes, Martinez L |
| A Practical Multiple Processor Programming Model for Various Distributed Memory Architectures (p. 151) |
| by Howard, S |
| AReVi : A Distributed Virtual Reality Toolkit Based on an Oriented Multiagent Language(p. 159) |
| by Rodin, V |
| JERA : A Scalable Web Server(p. 167) |
| by Belloum, A |
| Implementation of a Coordination Language (p. 175) |
| by Assmann, C |
| Parallel Design Automation of Computer Systems (p. 183) |
| by Hsiung, P A |
| Introducing Capability-Based Protection into Distributed Integral Object-Oriented Systems (p. 191) |
| by Díaz-Fondon, M A |
| Test Design From System Level Specification (p. 199) |
| by Kone, O |
| Page Utilization in Fortran and C Programs (p. 206) |
| by Robinson, E M |
| Performance Analysis of HPF+ Kernels (p. 211) |
| by Calzarossa, M |
| About the Automatic Continuations in the Eiffel//Model (p. 219) |
| by Ehmety, S O |
| An Analysis of the Prototype Verification System as a Co-design Tool (p. 226) |
| by Olszewski, L J |
| An Overview of Distributed Virtual Address Space Management in the Shadow-Project (p. 230) |
| by Groh, S |
| A Comparison of the Capabilities of PVM, MPI and JAVA for Distributed Parallel Processing (p. 237) |
| by Eggen, R |
| Subset Synchronization in BSP Computing (p. 242) |
| by Hains, G |
| Flexible Status Measurement in Heterogeneous Environments (p. 247) |
| by Roder, C |
| AGRA : The Object Distribution Subsystem of the SO4 Object-Oriented Operating System(p. 255) |
| by Alvarez-Garcia, F |
| A Performance-Oriented Operating System Approach to Fast Communications in a Cluster of Personal Computers (p. 259) |
| by Chiola, G |
| PAFS : A New Generation in Cooperative Caching(p. 267) |
| by Cortés, T R |
| Performance Improvement by Overlapping Computation and Communication on SMP Clusters (p. 275) |
| by Tanaka, Y |
| JMPF : A Message Passing Framework for Cluster Computing in Java(p. 283) |
| by Rajkumar, |
| An Efficient Trader Using Attribute Clustering Technique in Distributed Object Systems (p. 291) |
| by Fan, B |
| Load Sharing for Clusters of Computers (p. 300) |
| by Ferre, Vilaplana A |
| MPI for Windows NT : Two Generations of Implementations and Experience with the Message Passing Interface for Clusters and SMP Environments(p. 309) |
| by Hebert, L S |
| Utilizing Idle Capacity Through Speculative Processing : An Application of Active Objects(p. 317) |
| by Yuen, C K |
| Some Results on Ongoing Research on Parallel Implementation of Graph Algorithms : The Case of Permutation Graphs(p. 325) |
| by Lassous, I G |
| Supporting Fault Tolerance on a Heterogeneous Cluster of Workstations (p. 333) |
| by Kin Ming Ng |
| Modeling of a High Speed Network to Maximize Throughput Performance : The experience of BIP Over Myrinet(p. 341) |
| by Prylli, L |
| Visper : Parallel Computing and Java(p. 349) |
| by Stankovic, N |
| Multiple-Writer Entry Consistency (p. 355) |
| by Sandhu, H |
| On Using Network Memory to Improve the Performance of Transaction- Based Systems (p. 363) |
| by Loannidis, S |
| Real-Time Virtual Shared Disk : Enabling Multimedia on Clusters(p. 371) |
| by Mukherjee, R |
| Number-Crunching with Java Applications (p. 379) |
| by Silva, L M |
| An Empirical Hierarchical Memory Model Based on Hardware Performance Counters (p. 386) |
| by Lubeck, O M |
| On an Efficient Parallel Algorithm for Solving Time Dependent Partial Differential Equations (p. 394) |
| by Jian Ping, Z |
| Iterative Refinement for Polynomial Zeros (p. 402) |
| by Hong, Z |
| Communication Overhead : Prediction and Its Influence on Scalability(p. 407) |
| by Nölle, M |
| Design Philosophy of Super-Integrated Data-Driven Processors : CUE(p. 415) |
| by Nishikawa, H |
| TINA-based Multimedia Networking Environment Supported by Data-Driven Processor : CUE-p(p. 423) |
| by Ishii, H |
| Data-Driven Implementation of Protocol Handling (p. 430) |
| by Nishikawa, H |
| Data-Driven Execution Control Scheme Incorporating History-Sensitive Processes (p. 438) |
| by Nishikawa, H |
| Prototype Data-Driven Specification Environment and Its Evaluations (p. 446) |
| by Nishikawa, H |
| Comprehensive Fault Management for Distributed Networking Environment (p. 454) |
| by Ishii, H |
| Super-Integrated Data-Driven Processor Realizing Hyper-Distributed System Environment (p. 461) |
| by Muramatsu, T |
| Classification of Parallel Input/Output Products (p. 469) |
| by Stockinger, H E |
| Declustered Parity Disk Array Organizations in Multimedia Servers (p. 477) |
| by Kaddeche, H |
| Collective I\/O on a SGI Cray Origin 2000 : Strategy and Performance(p. 485) |
| by Cho, Y |
| Extending Input/Output Functionality of High Performance Fortran (p. 493) |
| by Brezany, P |
| EUROMED - A WWW-based Multi-media Telemedical information system (p. 501) |
| by Marsh, A |
| ARAMIS : An "On-line" Parallel Platform for Medical Imaging(p. 509) |
| by Sarrut, D |
| Learning Vector Quantization, Multilayer Perceptron, Neurofuzzy Network and Logistic Regression in the Diagnosis of Prostate Cancer (p. 516) |
| by Gomari, M |
| Coupling Parallel Computing and the WWW to Visualize a Simplified Simulation Model of Tumor Growth in Vitro (p. 526) |
| by Stamatakos, G S |
| Securing Web-based Medical Applications using Trusted Third Party Services (p. 534) |
| by Varvitsiotis, A |
| The Twenty Building Blocks and 39 Steps to Create a Web-based Telemedical Information Society (p. 538) |
| by Marsh, A |
| Rollback Performance Studies for Time Warp Simulation (p. 543) |
| by Ho, W T M |
| Queueing in Client-Server Systems (p. 551) |
| by Liu, M L |
| Performance Analysis for Archetypes (p. 559) |
| by Rifkin, A |
| Performance Analysis and Optimization : A Case Study of the NPB FT Kernel(p. 567) |
| by Yong Qiang, S |
| Modified Compact O-Complete Trees as Index Structures (p. 574) |
| by Dai, H K |
| An Empirical Investigation of Tuning In the Large (p. 582) |
| by Hondroudakis, A |
| Novel Data Communication Algorithms on Hypercubes and Related Interconnection Networks and Their Applications in Computational Geometry (p. 589) |
| by Qiu, K |
| Embedding Multicast in a Class of Optical WDM Networks (p. 597) |
| by Chunling, Z |
| An Optimal Checkpointing Interval for Real-Time Systems (p. 605) |
| by Karl, H |
| On a Framework to Support Wireless Networking Environments (p. 613) |
| by Pissinou, N |
| Development of Distributed, Intelligent Information Management Systems (p. 621) |
| by Zhang, W |
| Toward Optimal Ring Embedding in the Faulty Star Graph (p. 629) |
| by Chen, Y S |
| A Fault-Tolerant Method for Wormhole Multistage Networks (p. 637) |
| by Skeie, T |
| TCP/UDP/IP Protocol Processing with a RISC Instruction Set (p. 645) |
| by Tsai Chi Huang |
| ECL : A Modular, General and Portable Communication Library(p. 653) |
| by Lukkien, J J |
| Node-to-Set Vertex Disjoint Paths in Hypercube Networks (p. 661) |
| by Latifi, S |
| Synchronous and Asynchronous Fault Tolerant Communication in Embedded Supercomputing (p. 666) |
| by Meliones, A |
| Efficient Multicast Communication in Multidestination Wormhole-Routed Mesh Networks (p. 674) |
| by Chen, T S |
| A Low Cost Hybrid Fat-tree Interconnection Network (p. 682) |
| by Harwood, A |
| A Portable Fault-Tolerance Scheme for MPI (p. 690) |
| by Louca, S |
| A Parallel Algorithm for Partitioning a Point Set to Minimize the Maximum of Diameters (p. 698) |
| by Alsuwaiyel, M H |
| Tree-Based Multicast in Wormhole-Routed Torus Networks (p. 702) |
| by Wang, H |
| Group Communication for Large-Scale Distributed Systems over IP Multicast Networks (p. 710) |
| by Mathur, A G |
| An Optimistic Reliable Sequenced Broadcast Protocol (p. 718) |
| by Chung, J Y |
| An Adaptive Distributed System Diagnosis Based on Graph Partitioning (p. 726) |
| by Jeon, G |
| Distributed Sensor Network Management System for Dynamic Network Reconfiguration (p. 732) |
| by Kohno, M |
| A Broadcasting Algorithm in n-dimensional Hypercube Network (p. 740) |
| by Kisong, Y |
| Using Dynamic Virtual Communication Ports in a Recovarable Mobile Computing Environment (p. 747) |
| by Baydere, S |
| A Middleware for Transactional Internet Applications on Mobile Networks (p. 755) |
| by Pol, E S |
| Totally-Ordered Message-Logging for Mobile Hosts in a Cell (p. 763) |
| by Chan Yeol Park |
| Comparing Three Location Management Strategies for Tracking Mobile Systems (p. 771) |
| by Matsumaru, N |
| An Actor-Based Framework for Distributed Mobile Computation (p. 778) |
| by Burge, L L |
| Consistent Global States of Mobile Distributed Computations (p. 786) |
| by Zhong Hua, Y |
| Virtually Split Approach for Mobile Computing Environments (p. 794) |
| by Sung, Ho Cho |
| Connection Management Using Adaptive Mobile Agents (p. 802) |
| by White, T |
| A Case Study in Mobile Agent Coordination (p. 810) |
| by Cabri, G |
| Latency Hiding Techniques and Interconnect Choice in Shared Memory Multiprocessors (p. 819) |
| by Kim, S |
| Dynamic Copy Allocation Scheme for Distributed Resource Sharing Based on Meta-level Computation (p. 829) |
| by Narazaki, S |
| An Efficient Global Concatenation Algorithm on Distributed and Shared Memory Supercomputers (p. 835) |
| by Jiang, Z Y |
| Analysis of Communication Traffic of Shared Memory Based Programs (p. 843) |
| by Yamamoto, J |
| Processor Scheduling with Page Placement for Cluster-based NUMA Multiprocessors (p. 851) |
| by Koita, T |
| CPAR-DSM : A Support for Parallel Programming on Top of DSM(p. 859) |
| by Arantes, L B |
| Implementation of PVM-based Distributed Shared Memory System (p. 867) |
| by Nanri, T |
| Compiler-Assisted Distributed Shared Memory Schemes Using Memory-Based Communication Facilities (p. 875) |
| by Matsumoto, T |
| A Comparative Study of Bidirectional Ring and Crossbar Interconnection Networks (p. 883) |
| by Oi, H |
| Home Proxy Cache for High Performance DSM on a Workstation Cluster (p. 891) |
| by Ono, W |
| SVCP : A Cache Coherency Protocol with Explicit Update Subscription(p. 899) |
| by Yamazaki, T |
| Parallel Sparse LU Factorization in a Shared Memory Computing Environment (p. 907) |
| by Schenk, O |
| A Verification of Accuracy in RISC Performance Analysis for Real-Time Systems (p. 915) |
| by Sugimura, Y |
| Specification and Verification of Memory Consistency Models for Shared-Memory Multiprocessor Systems (p. 923) |
| by Takata, S |
| Nara View : a Visualization System for Parallelization of Programs(p. 931) |
| by Sasakura, M |
| A Distributed Load Balancing Algorithm for Heterogeneous Parallel Computing Systems (p. 933) |
| by Decker, T |
| A Load-Balanced Parallel Join Algorithm on Hypercube (p. 941) |
| by Youngsun, W |
| Load Balancing In a Heterogeneous Supercomputing Environment (p. 951) |
| by Snell, Q |
| An Efficient Dynamic Loadbalancing Algorithm for Tree-structured Computations (p. 958) |
| by Injae, H |
| A Study of Workload Balancing Techniques on Parallel Join Algorithms (p. 966) |
| by Lerner, A |
| A Robust Dynamic Load-balancing Scheme for Data Parallel Application on Message Passing Architecture (p. 974) |
| by Yangsuk, K |
| A Timeliness Model for Time Critical Parallel Systems (p. 981) |
| by Aussagues, C |
| Partitioning and Allocating Object Oriented Databases (p. 989) |
| by Savonnet, M |
| Polynomial Time Algorithms for the Message Routing Problem (p. 995) |
| by Wong, C S |
| Topological Study of SCSI Network (p. 1001) |
| by Young, G H |
| Resource Assignment in Hierarchical Multiple Resource Systems (p. 1008) |
| by Van Gorp, P C N |
| A Fair Scheduling Protocol for Wireless Networks (p. 1015) |
| by El-Nahas, A |
| Processor Allocation in the Mesh Multiprocessors Using the Leapfrog Method (p. 1020) |
| by Fan, W |
| Efficient Multiple Multicast in WDM Networks (p. 1028) |
| by Hong, S |
| DCP-NOW : A DCP-based Task Scheduling Technique for Networks of Workstations(p. 1034) |
| by Lin, W M |
| Scheduling Transmissions in WDM Optical Networks (p. 1042) |
| by Das-Gupta, B |
| Gang Scheduling vs (p. 1050) |
| by Hori, A |
| Dynamic Task Scheduling on Multithreaded Distributed Shared Memory Systems (p. 1058) |
| by Liang, T Y |
| An Investigation on Runtime Task Scheduling for Parallel Raytracing on a Heterogeneous Distributed Computing System (p. 1066) |
| by Kalim, Uddin Qureshi |
| Scheduling Algorithms for Real Tune Distributed Transactional Systems : A Performance Evaluation(p. 1074) |
| by Gammar, S M |
| Partial Structure Approach for Imprecise Neural Computation (p. 1081) |
| by Sum, J |
| ATR's CAM-Brain Project : The Evolution of Large-Scale Recurrent Neural Network Modules(p. 1087) |
| by Nawa, N E |
| Theoretical Performance Evaluation of Parallel Back-Propagation Algorithms (p. 1095) |
| by Yamamori, K |
| Quantitatively Determining the Application Ranges of Implementation Strategies on a Pattern Basis (p. 1103) |
| by Sodan, A C |
| A Survey of Distributed Systems Performance Evaluation Tools (p. 1111) |
| by Santha, S |
| Performance Predictions for MPI Programs Executing on Workstation Clusters (p. 1120) |
| by Dickens, P M |
| Using Distributed Query Result Caching to Evaluate Queries for Parallel Data Mining Algorithms (p. 1127) |
| by Taylor, M G |
| Multiple Boosting : A Combination of Boosting and Bagging(p. 1133) |
| by Zheng, Z |
| A Multidimensional Data Partitioning Scheme using hB-tree for Data Warehouse Application in Shared Nothing Parallel DBMS (p. 1141) |
| by Oh, Yu G |
| Data Mining on Parallel Database Systems (p. 1147) |
| by Sousa, M |
| On Scalable Parallel Computation of Multidimensional Data Cube (p. 1155) |
| by Goil, S |
| Probabilistic Network Approach for Parallel Data Mining and Document Categorization (p. 1163) |
| by Wong, J |
| An Efficient Algorithm for Mining Distributed Association Rules (p. 1169) |
| by Yijun, L |
| On Data Partitions for Mining Association Rules (p. 1176) |
| by Jia Liang Han |
| Parallel K-means-type Algorithms on a IBM SP2 Computer (p. 1183) |
| by Ng, M K |
| Matpar : Parallel Extensions for MATLAB(p. 1191) |
| by Springer, P L |
| Optimal Triangular Solvers on a Torus (p. 1196) |
| by Santos, E E |
| High-accuracy Distributed Matrix MPI-computations (p. 1204) |
| by Vazhenin, A |
| Novel Implementations of Parallel Matrix Multiplication Algorithms Using Optical Buses (p. 1212) |
| by Keqin, L |
| Parallel Numerical Computing Using CORBA (p. 1221) |
| by Anthoine, J L |
| Synthesis of Size-Optimal Toroidal Array Processor for Solving Linear System of Equations (p. 1229) |
| by Sedukhin, S G |
| Parallel Incremental Interpreter Based on New Action Equations (p. 1236) |
| by Junglan, H |
| Java/CORBA based Real-time Infrastructure to Integrate Event-driven Simulations, Collaboration and Distributed Object/Componentware Computing (p. 1245) |
| by Fox, G C |
| Maximum Entropy, Parallel Computation and Lotteries (p. 1252) |
| by Cox, S J |
| Authenticated Transmission of Discoverable Portable Code Objects in a Distriuted Computing Environment (p. 1259) |
| by Grove, D A |
| Performance of Mobile Agents (p. 1267) |
| by Robinson, E M |
| Remote Execution of Data-Parallel Programs (p. 1272) |
| by Borowiec, J |
| Parallel Rendering on PC Workstation (p. 1281) |
| by Schneider, B O |
| Parallel Simulation of the Global Illumination (p. 1289) |
| by Schmidt, O |
| Filmification of Methods : Computation on Depth Search Machines(p. 1297) |
| by Mirenkov, N |
| Parallel Incremental Raytracing of Animations on a Network of Workstations (p. 1305) |
| by Freisleben, B |
| Visual Design and Animation of Dynamic Parallel and Distributed Software Architectures (p. 1313) |
| by Ribeiro, Justo G R |
| Parallel Direct Volume Rendering on PC networks (p. 1321) |
| by Meissner, M |
| Survey of Parallel Volume Rendering Algorithms (p. 1329) |
| by Wittenbrink, C M |
| Data Coherence Management in Parallel Visualization of a Sequence of 3D Medical Images (p. 1337) |
| by Boumghar, F |
| An Approach to Visualization of Parallel Architectures (p. 1345) |
| by Kranzlmüller, D |
| Filmification of Methods : Computation on Pyramids(p. 1353) |
| by Mirenkov, N |
| Parallellzing Connectionist Networks for Pattern Recognition : A Library Approach(p. 1357) |
| by Gomes, B |
| Modular Parallel Implementation for HME Neural Networks (p. 1365) |
| by Estévez, P G |
| A Parallel Algorithm for Labeled Graph Isomorphism (p. 1373) |
| by Abdul-Rahim, M |
| The Implementation of a Distributed Framework to support 'Follow Me' Applications (p. 1381) |
| by Steggles, P |
| TENT, A CORBA based Component Architecture for MPI-parallel CFD Simulation Systems and their supporting Tools (p. 1389) |
| by Breitfeld, T |
| The UniServer Architecture and its Use for Database Access (p. 1397) |
| by Schischkin, D |
| OmniBroker Concurrency Models (p. 1404) |
| by Laukien, M |
| Towards High-performance Multithreaded CORBA Servers (p. 1410) |
| by Jacobsen, H A |
| Message-passing on a Budget : A Review of High Performance Distributed Memory Computing for commodity Implementation(p. 1418) |
| by Squassabia, A |
| Performance measurements of Java RMI over ATM (p. 1426) |
| by Quittek, J |
| Jash : A Platform for Sharing Data in Distributed Java Applications(p. 1430) |
| by Brzezinski, J |
| Hypercomputing : A Concept for a Network-based Computer Architecture(p. 1439) |
| by Tavangarian, D |
| An Analysis of an Improved Bus-based Multiprocessor Architecture (p. 1447) |
| by Ricks, K G |
| A Parallel Algorithm-Architecture for Lagrange Interpolation (p. 1455) |
| by Sarbazi, Azad H |
| Design and Simulation of a VLIW Processor (p. 1459) |
| by Otani, K |
| Proposed architecture of a flexible small-scale parallel system for the control of a detector array (p. 1467) |
| by Aiello, S |
| High Performance Virtual Architecture Parallel Libraries for Multicomputers (p. 1474) |
| by Hosseini, H |
| An Architecture for Distributed OLAP (p. 1482) |
| by Albrecht, J |
| Run-time Loop Restructuring for On-Chip Parallel Processor (p. 1489) |
| by Tamatsukuri, J |
| A Universal Architecture for Parallel Embedded Systems (p. 1497) |
| by Mayer, Lindenberg F |
| Access-list : The Structure for Hierarchical Snoop-based CC-NUMA Multiprocessor Systems(p. 1504) |
| by Suh, H J |
| Exploitation of Partial Reuses for Vector Registers (p. 1512) |
| by Chang, C Y |
| Exploiting Data Locality in Bulk Synchronous Data Parallel Programs (p. 1520) |
| by Martins, W S |
| Three-Dimensional Plasma Phenomena Simulation on a Cray T3D MPP System (p. 1527) |
| by Elsadek, A A |
| Parallelization of a Monte Carlo Simulation of a Spins System : A Case Study(p. 1533) |
| by Couturier, R |
| Relaxing SafeTime Computation of a Conservative Simulation Algorithm (p. 1538) |
| by Lim, C C |
| A Comparison of DSM Coherence Protocols using Program Driven Simulations (p. 1546) |
| by Shah, S K |
| A Design and Simulation Environment for Digital Systems (p. 1554) |
| by Mayer, Lindenberg F |
| O(Log(Number of Time Steps)) Implicit Integration of Differential Equations on Massively Parallel Computers (p. 1559) |
| by Driessen, B J |
| Efficient Cost Evaluation for Sparse Multifrontal QR Factorization (p. 1567) |
| by Jiang, D M |
| SICSDD - A Semantic Integrity Constraint Subsystem for a Distributed Database (p. 1575) |
| by Ibrahim, H |
| Modeling Distributed Transactions (p. 1583) |
| by Tjandra, I A |
| Constructing Applications Using the Timewheel Group Communication Service (p. 1591) |
| by Mishra, S |
| Smooth Particle Hydrodynamics on ATM-connected Distributed PC Clusters (p. 1599) |
| by Wyckoff, P |
| Automatic Generation of Dynamic Coterie-based Replication Schemes (p. 1606) |
| by Theel, O |
| Agglomerative Clustering and Mapping of Parallel Applications (p. 1614) |
| by Bozyigit, M |
| Data Distribution Techniques on Program Controlled Cache Level Memory (p. 1621) |
| by Nakasumi, M |
| Computational Fluid Dynamics with Adaptive Overset Grids on Parallel and Distributed Computer Platforms (p. 1628) |
| by Wissink, A |
| Computation-Communication Overlap on Network-of-Workstation Multiprocessors (p. 1635) |
| by Liu, G |
| A Distributed Algorithm for Managing Group Membership with Multiple Groups (p. 1643) |
| by Lorcy, S |
| Fragmented Join : A Pipelined Multidatabase Join Method(p. 1650) |
| by Chen, C M |
| Transparent Distribution In a Storage Manager (p. 1658) |
| by Karlsson, J S |
| A Skeleton Parallel Algorithm for Image Edge Detection (p. 1665) |
| by He, X |
| PSNePS : A Parallel Semantic Network System(p. 1673) |
| by Lee, C W |
| An Optimal Parallel Algorithm for Image Coloring (p. 1681) |
| by Zheng, S Q |
| Placement of Storage Nodes in a Network (p. 1689) |
| by Subramanian, S R |
| Parallelization of a Metal Forming Process by Substructuring (p. 1694) |
| by Müller, A |
| Specifying Control Programs for Reactive Systems (p. 1702) |
| by Gburzynski, P |
| Calculating List Homomorphisms for Parallel Bracket Matching (p. 1710) |
| by Dosch, W |
| Fusion of Information Retrieval Engines (FIRE (p. 1718) |
| by Mounir, S A |
| A Parallel Algorithm for Euclidean Distance Transforms on the Mesh (p. 1726) |
| by Fujiwara, A |
| A Work-time Optimal Deterministic Parallel Algorithm for CRCW-PRAM to Compute the Voronoi Region (p. 1734) |
| by Mashilamani, S |
| Parallel Processing of a Information Retrieval System (p. 1740) |
| by Zhang, C N |
| A Parallel Problem-Solving Environment for Image Processing (p. 1746) |
| by Shi, H |
| Compositional Reification of Concurrent, Interacting Systems (p. 1754) |
| by Menezes, P B |
| Parallelizing a Very-High-Resolution Climate Model Using Clusters of Workstations with PVM and Performance and Load Balance Analyses (p. 1762) |
| by Wang, H |
| Lower Bounds for Dynamic Tree Embedding in Bipartite Networks (p. 1766) |
| by Li, K |
| Provably Fastest Parallel Algorithms for Bipartite Permutation Graphs (p. 1774) |
| by Chen, L |
| Generation of Long Sorted Runs on the IBM SP2 (p. 1778) |
| by Chen, H K |
| Parallel Implementation of Distributed Global Optimization (DGO (p. 1782) |
| by Valafar, H |
| Solving Tridiagonal Linear Systems in Parallel on a Torus (p. 1788) |
| by Santos, E E |
| Constant Time Algorithms for the ledge and Vertex Insertion Problem with Respect to Shortest Paths (p. 1792) |
| by Venema, S C |
| A Comparative Performance Evaluation of Randomized Tree Embedding in Hypercubic Networks (p. 1796) |
| by Li, K |
| A Grouping Scheme for the Parallel Evaluation of External Exchange Operators in Correlated ab initio Methods (p. 1806) |
| by Jiang, Z Y |
| A New Robust Hybrid Speech Recognition Algorithm Based on FVQ/HMM and Neural Nets Classification (p. 1810) |
| by Asghar, S |
| Robust Speech Recognition With Selective Input Data to a NN Classifier (p. 1817) |
| by Cong, L |
| A New Approach for the Resources Allocation Problem in K-Groups (p. 1825) |
| by Khiat, A |
| Large Partitioned Register File to Reduce Memory Accesses in Matrix- Matrix Operations (p. 1832) |
| by Chi, C H |
| A New Approach to Update Replicated Databases in a Wireless Environment (p. 1840) |
| by Makki, S A M |
| Real-time Arena : A User-level Operating System for Co-operating Robots(p. 1844) |
| by Kingsbury, S |
| Wormhole Routing with Priority-based Channel Allocation (p. 1851) |
| by Lin, W M |
| The Hyper-Polygon Family of Networks (p. 1855) |
| by Louca, S P |
| Bandwidth of Fully Connected Switches Transferring Continuous Messages (p. 1859) |
| by Bingham, P |
| The Building Blocks for a Parallel Network Incorporating the StrongARM Microprocessor (p. 1863) |
| by Hotchkiss, R |
| A Class of Interconnection Networks on the Basis of Expanded ç Network (p. 1871) |
| by Harwood, A |