Table of Contents

• Some suggestions on a computer science undergraduate curriculumEd Lee. [doi]
• Organithms: the dynamics of software evolutionAlan J. Perlis. [doi]
• The ecology of computationBernardo A. Huberman. [doi]
• Parallel processing in database management systemsSadish Doshi, Gary Kelly, Frank Symonds, Goetz Graefe. [doi]
• The Sequoia approach to high-performance fault-tolerant I/OPeter B. Mark. [doi]
• X11/NeWS design overviewWarren Teitelman. [doi]
• Engineering information systems: modeling and managementKate Rotzell. [doi]
• A programmer's view of the 80960 architectureSteve McGeady. 4-9 [doi]
• 80960 tool technology for embedded controlDavid A. Schoebel. 10-12 [doi]
• 80960-next generationGlenn Hinton. 13-17 [doi]
• Motorola's 88000: integration, performance and applicationsRich Goss. 20-26 [doi]
• An ECL implementation of the Motorola 88000Donald A. Lewine, James Guyer, Bill Baxter, Chris Moriondo. 27-31 [doi]
• The binary compatibility standardAlice Anderson, Michael W. Cruess, Edward Wiencek. 32-37 [doi]
• New-media document (NewDoc) and dynamic navigation on the BTRON specificationKazuo Kajimoto, Fumiko Nakayama, Tomoyuki Nonomura, Yoshihiko Imai, Syuh-ichi Isoda, Yoshiaki Kushiki. 40-42 [doi]
• The effectiveness of TRONCHIP instructions in the TX1 systemHidechika Kishigami, Takashi Miyamori, Misao Miyata. 43-47 [doi]
• Design concept and implementation of µITRON specification for the H8/500 seriesHiroshi Takeyama, Tsuyoshi Shimizu, Manabu Kobayakawa. 48-53 [doi]
• Transputer supernodes: models for communicationDuane B. Call, G. Scott Lloyd. 58-60 [doi]
• The XTM parallel desktop supercomputer: transputers play hostCharles Vollum. 61-62 [doi]
• A new distributed real-time controller for robotics applicationsMartin Bühler, Louis L. Whitcomb, Forrest W. Levin, Daniel E. Koditschek. 63-69 [doi]
• Shared memory multiprocessors: the right approach to parallel processingPaul Woodbury, Andrew Wilson, Barry Shein, Ilya Gertner, Paul Y. Chen, J. Bartlett, Ziya Aral. 72-80 [doi]
• An instruction set architecture for the 1990s: parallel and retargetableChris Thomson. 81-83 [doi]
• Dataflow principles applied to real-time multiprocessingMarco Flagg. 84-89 [doi]
• CFTP (Cray Fortran/ANSI Fortran '77 prefine): a tool to aid in hand-parallelizing sequential codeDavid Klappholz, Xiangyun Kong. 92-97 [doi]
• Linda: some current workNicholas Carriero, David Gelernter. 98-101 [doi]
• Design and implementation of parallel programs with LGDF2David C. DiNucci, Robert G. Babb II. 102-107 [doi]
• Introduction to redundant arrays of inexpensive disks (RAID)David A. Patterson, Peter M. Chen, Garth Gibson, Randy H. Katz. 112-117 [doi]
• Log-structured file systemsFred Douglis, John K. Ousterhout. 124-129 [doi]
• Some design issues of disk arraysSpencer Ng. 137-142 [doi]
• Disk array systemsWes E. Meador. 143-146 [doi]
• Increasing diskette capacity with Floptical technologyR. Williams, J. Adkisson. 148-150 [doi]
• Alternative storage technologiesGeoffrey Bate. 151-157 [doi]
• An overview of the Gamma Database MachineDonovan A. Schneider, David J. DeWitt, Shahram Ghandeharizadeh. 162-166 [doi]
• Parallel SQL on Tandem's NonStop SQLNorbert Duppel. 168-173 [doi]
• Mach: a system software kernelRichard F. Rashid, Daniel P. Julin, Douglas Orr, Richard Sanzi, Robert V. Baron, Alessandro Forin, David B. Golub, Michael B. Jones. 176-178 [doi]
• Token-based consistency of replicated serversDavid Stevenson. 179-183 [doi]
• Competitive management of distributed shared memoryDavid L. Black, Anoop Gupta, Wolf-Dietrich Weber. 184-190 [doi]
• A low cost file replication algorithmB. S. Bacarisse, S. Bek Baydere. 191-196 [doi]
• Groupware: the next wave or just another advertising slogan?Terry Winograd. 198-200 [doi]
• Organizing computer use in the context of networksAnatol W. Holt. 201-207 [doi]
• Supporting cooperative work with computers: addressing meeting maniaJames H. Bair. 208-217 [doi]
• Automating software designMichael R. Lowry. 222-225 [doi]
• Program synthesis: an automationist's viewRobert McCartney. 226-231 [doi]
• Engineering large-scale software systems: an organizational knowledge base approachWalt Scacchi. 235 [doi]
• PIX, the latest NeWSWilliam Leler. 239-242 [doi]
• Designing user interface tools for the X window systemScott McGregor. 243-246 [doi]
• An object-oriented maintenance-oriented model for softwareK. G. Heisler, W. T. Tsai, P. A. Powell. 248-253 [doi]
• Requirements for a hypertext software maintenance systemSpencer Rugaber. 254-256 [doi]
• Object-oriented database management support for software maintenance and reverse engineeringMohammad A. Ketabchi, D. Lewis, Surapol Dasananda, T. Lim, R. Roudsari, K. Shih, J. Tan. 257-260 [doi]
• A compact design for a highly-parallel shared-memory MIMD computerRichard Kenner, Ronald Bianchini, Susan R. Dickey, Patricia J. Teller. 264-269 [doi]
• High-performance AM29000 microprocessor applications for communicationsA. David Milton, David P. G. Schenkel, David Levy. 270-274 [doi]
• Twin AMD 29000s provide 48 MIPS for super dynamic graphicsF. R. Belch, D. J. Everitt. 275-280 [doi]
• The XDOS binary code conversion systemJohn Banning. 282-287 [doi]
• The design and development of a software emulatorHenry Nash. 288-291 [doi]
• Logical Compute Services-an architecture extensible application environmentL. Johnson, N. Colvin, B. Vandette, P. Heitman, S. Keller, D. Dice, R. Goodell, M. Nahabedian. 292-295 [doi]
• The Evans & Sutherland view of tomorrow's supercomputingMathew A. Hahn, Donald R. Oestreicher, Robert J. Stevenson. 300-303 [doi]
• Effective performance in high speed networkingHoward W. Johnson. 306-310 [doi]
• VectorNet (token-ring network)D. Deel. 311-313 [doi]
• The high-speed channel (HSC) standardDon E. Tolmie. 314-317 [doi]
• Tools for scientific visualizationCraig J. Mundie. 320-321 [doi]
• Scientific visualization environments for the computational sciencesCraig Upson. 322-327 [doi]
• Engineering and scientific visualization using high-performance graphics workstationsHarold L. Baeverstad. 328-333 [doi]
• Issues in secure distributed operating system designRaymond M. Wong. 338-341 [doi]
• Logon in distributed systemsDan M. Nessett. 342-347 [doi]
• Real-time intrusion detectionTeresa F. Lunt. 353 [doi]
• Betting, bribery, and bankruptcy - A simulated economy that learns to predictTed Kaehler, Hadon Nash, Mark S. Miller. 361 [doi]
• Are software logic, structure and sequence protectable by copyright?Laurence O. Masson. 370-373 [doi]
• Copyright protection of computer programsJack E. Brown. 374-378 [doi]
• Using clean room design procedures to reduce the legal risk involved in the creation of functionally compatible productsDouglas K. Derwin. 379-385 [doi]
• INTELLITUTOR: a knowledge based intelligent programming environment for novice programmersHaruki Ueno. 390-395 [doi]
• MeSOD-the metric spatial object data model for a multimedia application: hyperbookMasahiro Tabuchi, Yoichi Muraoka. 396-401 [doi]
• Knowledge acquisition system for hierarchical classification problemsHiroyuki Furuya, Fumio Hattori. 402-407 [doi]
• Tool attachment in EISRichard Atkins. 410-414 [doi]
• Engineering data management directionsRoger L. Clark. 415-420 [doi]
• Object oriented performance for electronic design automation toolsDenise J. Ecklund, Roy A. Smith. 421-424 [doi]
• Integrating the open frameworkTed Stout. 427 [doi]
• Engineering databases, tools, and management: an integration frameworkSandra Heiler, Arnon Rosenthal. 431-437 [doi]
• The many forms of a single factWilliam Kent. 438-443 [doi]
• Layering an engineering information systemGio Wiederhold, Marianne Winslett, Nicholas J. Naclerio. 444-449 [doi]
• A scalar supercomputerPhilip Gerskovich, Pete Wilson. 454-455 [doi]
• 32 bit digital optical computerPeter S. Guilfoyle. 456-459 [doi]
• Re-implementation synthesisLaurence H. Cooke. 462-468 [doi]
• Logic synthesis at SunHoward A. Landman. 469-472 [doi]
• Synthesis from register-transfer level VHDLJim Straus. 473-477 [doi]
• Getting to market all-level ASIC functionalitySteven M. Eliscu. 480-483 [doi]
• Reprogrammable hardware emulation for ASICs makes through design verification practicalStephen Walters. 484-486 [doi]
• Rapid design implementation with field-programmable gate arraysSam W. Beal. 487-490 [doi]
• System design using the MIPS R3000/3010 RISC chipsetTim Riordan, G. P. Grewal, Simon Hsu, John Kinsel, Jeff Libby, Roger March, Marvin Mills, Paul Ries, Randy Scofield. 494-498 [doi]
• A single cycle VLSI CISC-based workstation: system overview and performance characteristicsA. Thampy Thomas. 500-503 [doi]
• Pipeline control for a single cycle VLSI implementation of a complex instruction set computerDavid R. Stiles, Harold L. McFarland. 504-508 [doi]
• Technology constraints on VLSI processor implementationAtiq Raza. 509-512 [doi]
• The design environment for the Stellar GS1000Bruce Schurmann, Lester M. Crudele. 516-522 [doi]
• Design methodology and environment for the Apollo DN10000Barry Flahive. 523-528 [doi]
• Getting it right the first time: the Ardent design methodologyGlen S. Miranker, Jonathan J. Rubinstein, John Sanguinetti. 529-533 [doi]
• Scalable coherent interfaceDavid B. Gustavson. 536-538 [doi]
• Scalable I/O architecture for busesDavid V. James. 539-544 [doi]
• Reconfiguration architecture for distributed processingStephen A. Rogers, Leonard E. Schulwitz. 545-551 [doi]
• Practical strategies for configuring balanced transaction processing systemsKenneth J. Omahen. 554-559 [doi]
• AS/sup 3/AP-a comparative relational database benchmarkCarolyn Turbyfill, Cyril U. Orji, Dina Bitton. 564 [doi]
• A cerebellar-model associative memory as a generalized random-access memoryPentti Kanerva. 570-576 [doi]
• The Marr and Albus theories of the cerebellum-two early models of associative memoryJames S. Albus. 577-582 [doi]
• Intelligent network management and functional cerebellum synthesisEgon E. Loebner. 583-588 [doi]
• Video animation on the Macintosh factory floorFred Schindler. 590-591 [doi]
• Video animation: increasing the bandwidth of media for educationWilliam A. Rosenthal. 592-593 [doi]