30. HICSS 1997: Maui, Hawaii, USA - Volume 1

Object-Oriented Methods for Distributed Applications

• Innes Jelly, Peter R. Croll, Ian Gorton, Guido Wirtz:
  Engineering Distributed Object Systems: A Case of Déjà Vu? 2-3
  
• Douglas I. Donaldson, Jeff Magee:
  Distributed System Design using CORBA Components. 4-13
  
• Arne-Jørgen Berre, Jan Øyvind Aagedal, António Rito Silva:
  SIMOD - An ODP-extended Role-Modeling Methodology for Distributed. 14-23
  
• Grégory Duval, Thierry Cattel:
  From Architecture Down to Implementation of Safe Process Control Applications. 24-33
  
• Robert A. Whiteside, Carmen M. Pancerella, Paul A. Klevgard:
  A CORBA-Based Manufacturing Environment. 34-43
  
• Mark Roantree, John Keane:
  A Three-Layer Model for Schema Management in Federated. 44-53
  
• Robert C. Armstrong:
  POET (Parallel Object-oriented Environment and Toolkit) and Frameworks for Scientific Distributed Computing. 54-63
  
• Lars Büttner, Ute Haack, Wolfgang Schröder-Preikschat, Thomas Stickdor:
  Dual, Mobile and Reactive Objects - Operating System Support for. 64-72
  
• Dianne M. Marsh, Linda M. Ott:
  Distributed Processing: Requirements for an Object-Oriented Approach. 73-
  

Distributed Objects Platforms

• Henrique João L. Domingos, José Legatheaux Martins, Jorge Paulo F. Simão:
  A Flexible Object-Group-Oriented Framework to support Large Scale Collaborative Applications. 82-91
  
• M. Khayrat Durmosch, Klaus-Dietric Engel:
  The Tangram DPE - A Distributed Processing Environment. 92-99
  
• Rod Fatoohi:
  Performance Evaluation of Communication Software Systems for Distributed Computing. 100-109
  
• Jian Liang, Simone Sédillot, Bruno Traverson:
  OMG Object Transaction Service based on an X/Open and ISO OSI TP Kernel. 110-119
  
• Priya Narasimhan, Louise E. Moser, P. M. Melliar-Smith:
  Consistency of Partitionable Object Groups in a CORBA Framework. 120-129
  
• Markus Pizka, Claudia Eckert:
  A Language-Based Approach to Construct Structured and Efficient. 130-139
  
• Sakari Rahkila, Susanne Stenberg:
  Experiences on Integration of Network Management and a Distributed Computing Platform. 140-149
  
• Daniel Scherer, Tobias Murer, Andy Würtz:
  Designing the Distributed Architecture DIPS for Cooperative Software Engineering. 150-158
  
• Mahmoud Zakaria, Sakari Rahkila, Bruno Traverson, Susanne Stenberg:
  Protocol Comparison of Distributed Object Platforms. 159-
  

Parallel and Distributed Algorithms

• Michael A. Langston, Stephan Olariu, James L. Schwing:
  Parallel and Distributed Algorithms. 171
  
• Elias Dahlhaus:
  Improved Efficient Parallel Algorithms to Recognize Interval Graphs and Interval Hypergraphs. 172-181
  
• Jieliang Zhou, Patrick W. Dymond, Xiaotie Deng:
  Graph Algorithms with Small Communication Costs. 182-190
  
• Christian Laforest, Arthur L. Liestman, Thomas C. Shermer, Dominique Sotteau:
  Edge Disjoint Graph Spanners of Complete Graphs and Complete Digraphs. 191-199
  
• Klaus Brockmann, Rolf Wanka:
  Efficient Oblivious Parallel Sorting on the MasPar MP-1. 200-208
  
• Clay P. Breshears:
  From Shared to Distributed Memory: Converting Non-Numeric Parallel Algorithms to Message Passing Interface (MPI). 209-210
  
• Teofilo F. Gonzalez:
  MultiMessage Multicasting: Complexity and Approximations. 211-220
  
• Thomas Erlebach, Klaus Jansen:
  Call Scheduling in Trees, Rings and Meshes. 221-
  

Multi-Threaded Systems: Issues, Solutions and Future

• Krishna M. Kavi, Ali R. Hurson:
  Multi-Threaded Systems: Issues, Solutions and Future. 224-226
  
• Daniel Ortiz Arroyo, Ben Lee, Suk-Han Yoon, Kee-Wook Rim:
  A Preliminary Performance Study of Architectural Support for Multithreading. 227-233
  
• Shigeru Kusakabe, Taku Nagai, Kentaro Inenaga, Makoto Amamiya:
  Reducing Overhead in Implementing Fine-grain Parallel Data-structures of a Data onOff-the-shelf Distributed-memory Parallel Computers. 234-243
  
• J. Morris, R. R. Gregg, D. Herbert, J. McCoull:
  Reducing Overheads in Distributed Shared Memory Systems. 244-252
  
• Bryan Cantrill, Thomas W. Doeppner Jr.:
  ThreadMon: A Tool for Monitoring Multithreaded Program Performance. 253-265
  
• Roberto Giorgi, Cosimo Antonio Prete, Gianpaolo Prina, Luigi M. Ricciardi:
  A Workload Generation Environment for Trace-Driven Simulation of Shared-Bus Multiprocessors. 266-275
  
• Veljko M. Milutinovic, Dragana Milutinovic, Vidojko Ciric, Dusan Starcevic, Bozidar Radenkovic, Miodrag Ivkovic:
  Some Solutions for Critical Problems in the Theory and Practice of Distributed Shared Memory: Ideas and Implications. 276-281
  
• John G. Holm, Steven Parkes, Prithviraj Banerjee:
  Performance Evaluation of a C++ Library Based Multithreaded System. 282-291
  
• David Cronk, Matthew Haines, Piyush Mehrotra:
  Thread Migration in the Presence of Pointers. 292-
  

Coordination Models and Languages

• Farhad Arbab:
  The Influence of Coordination on Program Structure. 300-309
  
• Nicholas Carriero, David Gelernter, Susanne Hupfer:
  Collaborative Applications Experience with the Bauhaus Coordination. 310-319
  
• Michel R. V. Chaudron, Arno C. N. van Duin:
  A Method for the Design of Parallel Algorithms A Case Study: Solving Triangular Systems. 320-329
  
• Alessandro Fabbri, Lorenzo Donatiello:
  Coordination Languages for Parallel Discrete Event Simulation. 330-339
  
• Matthew Fuchs:
  Using Scoping Rules as a Distributed Coordination Language. 340-348
  
• Tom Holvoet, Thilo Kielmann:
  Behaviour Specification of Active Objects in Open Generative Communication Environments. 349-358
  
• Jean-Marie Jacquet, Koenraad De Bosschere:
  On Relating Blackboards in the µLog Coordination Model. 359-368
  
• Hugh McEvoy:
  Context sensitivity and synchronisation as taxonomics for parallel languages. 369-378
  
• Antony I. T. Rowstron, Alan Wood:
  Bonita: A set of tuple space primitives for distributed coordination. 379-388
  
• Kari Alho, Casper Lassenius, Reijo Sulonen:
  A Uniform Model for Coordinating Software Development Activities Kari Alho, Casper Lassenius and Reijo Sulonen. 389-390
  
• Robert Tolksdorf:
  Coordinative Applications, Structured Coordination, and Meta Coordination. 391-
  

Software Engineering for Distrinuted Systems

• Paddy Nixon, Vinny Cahill, Fethi A. Rabhi:
  Software Engineering for Distrinuted Systems. 394
  
• K. Mani Chandy, Adam Rifkin:
  Systematic Composition of Objects in Distributed Internet Applications: Processes and Sessions. 395-404
  
• Andry Rakotonirainy, Andrew Berry, Stephen Crawley, Zoran Milosevic:
  Describing Open Distributed Systems: A Foundation. 405-414
  
• Hubertus Franke, Janos Sztipanovits, Gabor Karsai:
  Model-Integrated Programming. 415-422
  
• Richard B. Kilgore, Craig M. Chase:
  Re-execution of Distributed Programs to Detect Bugs Hidden by Racing. 423-442
  
• Nicola Mazzocca, Stefano Russo, Valeria Vittorini:
  Integrating Trace Logic and Petri Nets Specifications. 443-451
  
• Thomas Kunz, David J. Taylor, James P. Black:
  Poet: Target-System-Independent Visualizations of Complex Distributed Executions. 452-461
  
• Manish Parashar, Salim Hariri:
  Interpretive Performance Prediction for High Performance Application Development. 462-471
  
• Akira Takura:
  Automated Generation of Communications Software from Service Specifications Described by State Transition Rules. 472-480
  
• Yi Deng, Shengkai Lu, Michael Evangelist:
  A Formal Approach for Architectural Modeling and Prototyping of Distributed Real-Time Systems. 481-490
  
• Peter Luksch:
  Software Engineering Methods for Designing Parallel and Distributed Applications from Sequential Programs in Scientific Computing. 491-500
  
• Peter Pepper:
  Deriving Parallel Numerical Algorithms using Data Distribution Algebras: Wang's Algorithm. 501-
  

Distributed Persistent Architectures

• John Rosenberg, Alan Dearle, Richard C. H. Connor:
  Distributed Persistent Architectures. 512
  
• Susan Spence, Malcolm P. Atkinson:
  A Scalable Model of Distribution Promoting Autonomy of and Cooperation between PJava Object Stores. 513-522
  
• Stephen M. Blackburn, Robin B. Stanton, Stephan J. G. Scheuerl:
  Recovery and Page Coherency for a Scalable Multicomputer Object Store. 523-532
  
• Oliver E. Theel, Michel Raynal:
  Static and Dynamic Adaptation of Transactional Consistency. 533-542
  
• Michael Hollins, John Rosenberg, Michael Hitchens:
  Subtyping and Protection in Persistent Programming Languages. 543-
  

Partitioning and Scheduling

• Ishfaq Ahmad, Sekhar Darbha:
  Partitioning and Scheduling. 554-555
  
• Albert Y. Zomaya, Matthew Clements, Stephan Olariu:
  Randomized Reinforcement Based Scheduling In Parallel Processor Systems. 556-565
  
• Mitchell A. Thornton, D. L. Andrews:
  Graph Analysis and Transformation Techniques for Runtime Minimization in Multi-Threaded Architectures. 566-575
  
• Dmitry Arapov, Alexey Kalinov, Alexey L. Lastovetsky:
  Resource Management in the mpC Programming Environment. 576-585
  
• Claude G. Diderich, Marc Gengler:
  The Alignment Problem in a Linear Algebra Framework. 586-595
  
• Bernd Freisleben, Dieter Hartmann, Thilo Kielmann:
  Parallel Raytracing: A Case Study on Partitioning and Scheduling on Workstation Clusters. 596-605
  
• Neelakantan Sundaresan:
  Exploiting Delayed Synchronization Arrivals in Light-Weight Data Parallelism. 606-615
  
• Axel W. Krings, M. H. Azadmanesh:
  Resource Reclaiming in Hard Real-Time Systems with Static and Dynamic Workloads. 616-625
  
• Chang-Mo Yang, Hyeongseok Joo, Weon-Hee Yoo:
  Separation Set Partitioning: Algorithm to Partition Nonstrict Programs into Sequential Threads. 626-627
  
• Aly E. El-Abd, Mohamed I. El-Bendary:
  A Neural Network Approach for Dynamic Load Balancing In Homogeneous Distributed Systems. 628-629
  
• Hubertus Franke, Pratap Pattnaik, Larry Rudolph:
  Gang Scheduling for the IBM SP{2 Workstation Cluster. 630-631
  
• Sekhar Darbha:
  A Lowerbound on the Schedule Time for Scheduling Tasks on. 632-
  

Distributed Virtual Reality Environments

• Gunter Haring, Gabriele Kostsis:
  Distributed Virtual Reality Environments. 635
  
• Regina Borges de Araujo, Claudio Kirner:
  The Dimensioning of a Distributed VR System. 636-637
  
• Dieter Schmalstieg, Gernot Schaufler:
  Incremental Encoding of Polygonal Models. 638-645
  
• Kai-Mikael Jää-Aro, Dave Snowdon:
  Retaining Body Language in Subjective Virtual Environments Using Artifact-Centred Coordinate Systems. 646-652
  
• Rodger Lea, Yasuaki Honda, Kouichi Matsuda, Olof Hagsand, Mårten Stenius:
  Issues in the design of a scalable shared virtual environment for the Internet. 653-662
  
• Wolfgang Broll:
  Requirements for Distributed Virtual Environments on the Internet. 663-
  

Distributed Multimedia Collaboration over the Web

• Jitendra Kothari, Ed Grossman, Sharad Mehrotra:
  Neighborhoods: A Framework For Enabling Web Based Synchronous Collaboration And Hierarchical Navigation. 666-675
  
• Karlie Hutchens, Michael Oudshoorn, Kevin Maciuna:
  Web-Based Software Engineering Process Management. 676-685
  
• Antonio Carlos dos Santos, Simone Vasconcelos Ribeiro:
  Adapting a Decision Making Synchronous/Asynchronous Environment to a Distributed Hypermedia Concurrent Engineering System. 686-694
  
• Hao-Hua Chu, Klara Nahrstedt:
  Dynamic Multi-Path Communication for Video Traffic. 695-
  

Computer Architecture Task Forces

• Thomas M. Conte, Andrew Wolfe:
  Combining General-Purpose and Multimedia in One Package: Challenges and Opportunities. 708-712
  
• Carl Ebeling:
  Whither Configurable Computing? 713
  
• Krishna V. Palem:
  End-to-end Solutions for Reconfigurable Systems: The Programming Gap and Challenges. 714-716
  
• André DeHon:
  Directions in General-Purpose Computing Architectures. 717-718
  
• Brad L. Hutchings:
  ASICs, Processors, and Configurable Computing. 719-719
  
• Henk A. E. Spaanenburg:
  Performance Metrics For Configurable Computing. 720-721
  
• Garth A. Gibson:
  Task Force on Network Storage Architecture: Abstracting the storage interface. 722-723
  
• John Wilkes:
  Task Force on Network Storage Architecture: Management of future storage. 724
  
• Dave Anderson:
  Task Force on Network Storage Architecture: Network attached storage is inevitable. 725
  
• Rodney Van Meter, Steve Hotz, Gregory G. Finn:
  Task Force on Network Storage Architecture: Internet-attached storage devices. 726-
  

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