Journal: IEEE Concurrency

Volume 5, Issue 4

0 -- 0Kathy J. Liszka, John K. Antonio, Howard Jay Siegel. Is an alligator better than an armadillo? [interconnection networks]
0 -- 0David Clark. Cyber-bricks and paradigms
0 -- 0Argy Krikelis. Application-centric parallel multimedia software
5 -- 6Paul Ammann, Sushil Jajodia. Rethinking integrity [distributed databases]
7 -- 10Klaus Stüben. Europort-D: parallel computing for European industry
13 -- 17Sara Reese Hedberg. Robots playing soccer? RoboCup poses a new set of challenges in intelligent distributed computing
30 -- 31Hesham El-Rewini, Wolfgang A. Halang. The Engineering of Complex Distributed Computer Systems
32 -- 39Rachid Guerraoui, Benoît Garbinato, Karim Mazouni. Garf: a tool for programming reliable distributed applications
40 -- 53Jenwei Hsieh, David Hung-Chang Du, James A. MacDonald, Joseph P. Thomas, Jack Pugaczewski. HIPPI over ATM networks: extending connections for distributed computing
54 -- 68Roberto Giorgi, Cosimo Antonio Prete, Gianpaolo Prina, Luigi M. Ricciardi. Trace Factory: generating workloads for trace-driven simulation of shared-bus multiprocessors
69 -- 77Vijay K. Garg. Methods for observing global properties in distributed systems

Volume 5, Issue 3

5 -- 7Argy Krikelis. Multimedia processing architectures
8 -- 11David Clark. Bluer Than Blue: How IBM Managed It
12 -- 15Ian Gorton, Innes Jelly. Software Engineering For Parallel And Distributed systems: challenges and opportunities
16 -- 27Innes Jelly, Ian Gorton, Helmar Burkhart, Karsten M. Decker, Alan Fekete, John M. Potter, Hassan Gomaa, Jeffrey Kramer, Douglas C. Schmidt, John A. Stankovic. Software engineering for parallel and distributed systems
28 -- 37Frank Heinze, Lorenz Schäfers, Christian Scheidler, Wolfgang Obelöer. Trapper: eliminating performance bottlenecks in a parallel embedded application
38 -- 43Daron Green, Adrian Colbrook, Chris Scott, Mike Surridge. HPCN tools: a European perspective
44 -- 54Naoshi Uchihira, Shinichi Honiden, Toshibumi Seki. Hypersequential programming: a new way to develop concurrent programs
55 -- 63Ian Coutts, John M. Edwards. Model-driven distributed systems
64 -- 72Peter Luksch, Ursula Maier, Sabine Rathmayer, Matthias Weidmann, Friedemann Unger. SEMPA: software engineering for parallel scientific computing
75 -- 76P. Stpiczunski. Local Area Networks: A Client/server Approach
76 -- 77Sebastian Anita. Security In Distributed Computing: Did You Lock The Door?

Volume 5, Issue 2

8 -- 10Paul Ammann, Sushil Jajodia. Semantics-based transaction processing: satisfying conflicting objectives
11 -- 12David Clark. No nukes is good news for supercomputers [nuclear weapons simulation]
14 -- 15Steve Chapin, Arthur B. Maccabe. Multiprocessor Operating Systems: Harnessing The Power
16 -- 27Jörg Cordsen, Thomas Garnatz, Michael Sander, Anne Gerischer, Marco Dimas Gubitoso, Ute Haack, Wolfgang Schröder-Preikschat. Vote for peace: implementation and performance of a parallel operating system
28 -- 38Koen Langendoen, Raoul Bhoedjang, Henri E. Bal. Models for asynchronous message handling
39 -- 49Dejan S. Milojicic, Alan Langerman, David L. Black, Michelle Dominijanni, Randall W. Dean, Steven J. Sears. Concurrency: a case study in remote tasking and distributed TPC in Mach
50 -- 59Golden G. Richard III, Mukesh Singhal. Using vector time to handle multiple failures in distributed systems
60 -- 72Scott Pakin, Vijay Karamcheti, Andrew A. Chien. Fast messages: efficient, portable communication for workstation clusters and MPPs
74 -- 83Shahid H. Bokhari, David M. Nicol. Balancing contention and synchronization on the Intel Paragon
84 -- 85Arthur B. Maccabe. Benchmarking Multiprocessor OS Progress
88 -- 90Michael Mikolajczak. Designing And Building Parallel Programs: Concepts And Tools For Parallel Software Engineering
91 -- 93David K. Kahaner. Taiwan's National Center for High-Performance Computing

Volume 5, Issue 1

6 -- 8Argy Krikelis. Multimedia-an Arena for the Culmination of parallel Computing
9 -- 12Sara Reese Hedberg. Democracy Online: The White House's Netcasts and town Meetings
16 -- 25T. Todd Elvins. Render brokering for volume visualization
26 -- 40Susan Flynn Hummel, Doug Kimelman, Edith Schonberg, Marsha Tennenhouse, Dror Zernik. Using program visualization for tuning parallel-loop scheduling
41 -- 55Michele Colajanni, Michele Cermele. DAME: an environment for preserving the efficiency of data-parallel computations on distributed systems
56 -- 67Azer Bestavros. WWW traffic reduction and load balancing through server-based caching
68 -- 79Jihong Kim, Yongmin Kim. Performance analysis and tuning for a single-chip multiprocessor DSP