Table of Contents

• Air Force Stars EffortsR. J. Almassey.
• Army Stars EffortsR. Stanley.
• Software Engineering Environment (SEE)H. G. Stuebing.
• Great Gigaflops and Giddy GuaranteesNeil R. Lincoln. 2
• Computational Aerodynamics and SupercomputersWilliam F. Ballhaus Jr.. 3-14
• Data Flow Ideas for SupercomuptersJack B. Dennis. 15-20
• Is Logo the Fifth Generation Basic?John R. Allen. 22-25
• Functional Programming: A ProspectusJim des Rivières. 26-29
• Logic Programming is NOT Circuit DesignRuth E. Davis. 30-34
• Networks for Deaf-Blind PeopleRichard E. Ladner. 34-344
• The Trusted Office of the FuturePeter G. von Glahn, David J. Faber. 36-47
• A 1990 s Scenario: Personal Augmentation - The Human/Machine InterfaceRobert G. Tobey. 48-50
• Document Scanning in Office AutomationA. Lawrence Spitz. 51-54
• Interactive Video Disc Technology in Point-of-Purchase DisplaysDebra R. Kuhns. 56
• Some Elements of Interactive Video DesignMichael G. Slade. 57-61
• Videodisc and Microcomputers Applications and SoftwareJohn C. Ittelson. 62-68
• Concurrent Processing for Scientific CalculationsGeoffrey Charles Fox. 70-73
• Machine-Independent Techniques for Scientific SupercomputingClifford N. Arnold. 74-84
• VisiCorp s Software EvaluationR. Fischer, K. Lynn. 86
• Practical Tools for Software Test CertificationDavid Casey, Roddy W. Erickson. 87-90
• People, Not ProgramsRichard Dalton. 91-92
• Exchanging Data Between Personal Computer ProgramsDavid Canfield Smith. 94-98
• Generic Coding in an Interactive EditorCharles Simonyl. 99-103
• A New Wave User Interface for the Office and the Airplane?Eric Harslem. 104-106
• The Design of a Device-Independent Print File FormatDouglas K. Brotz, Charles M. Geschke, John E. Warnock. 107-108
• Prospects for Computation at the Molecular Size LevelForrest L. Carter. 110-114
• Switching and Charge Storage in Transition Metal Complexes - Smart Molecules?M. Keith DeArmond, Kenneth W. Hanck. 115-118
• Potential Electronic Applications of Biological MaterialsK. M. Ulmer. 119-120
• Knowledge Programming in LoopsMark Stefik, Daniel G. Bobrow, Sanjay Mittal. 122
• A Framework for Circuit DesignChristopher Tong. 123-130
• The Evolution of the Apollo DomainDavid L. Nelson, Paul J. Leach. 132-141
• Standards and Performance Issues in the Workstation MarketVaughan R. Pratt. 142-147
• A Distributed Workstation Architecture: The Convergent ClusterBarry I. Kelman. 148-151
• Searching Large Files of Scientific and Technical InformationNick A. Farmer. 156-159
• Hardware-Software for Very Large Information RetrievalJ. Howard Bryant. 160-163
• A Message-Based Information Handling SystemLee A. Hollaar, Shane V. Robison, Michael P. Zeleznik. 164-166
• Pipelined IEEE Floatinf-Point ProcessorsFred Ware. 168-171
• The MC68881: The IEEE Floating-Point Standard Reduced to One VLSI ChipVan Shahan. 172-176
• Algorithms for IEEE Floating-Point ArithmeticsJohn Chang. 177-184
• Distributed Heuristic AgentsHenry Sowizral. 186
• CARE: A Real World Medical Knowledge BaseClement J. McDonald, Lonnie Blevins, Tull T. Glazener, Larry Lemmon, Doug Martin, Mike Valenza. 187-191
• MYCIN in a Logic Programming EnvironmentSanjai Narain. 192-199
• The Architectural Evolution of a High-Performance Graphics TerminalDouglas J. Doornink, John C. Dalrymple. 200-206
• A High Performance Workstation Using a Closely Coupled ArchitectureBruce Hamilton, Mike Fischer. 207-209
• Achieving High Performance in a High Resolution Graphics WorkstationP. Harris. 210
• Copyright and Other Forms of Protection for SoftwareSusan H. Nycum. 212-217
• Profitably Protecting Programming: Patents, Trade SecretsMikio Ishimaru. 218-223
• Does Your Programmed Computer Infringe the Patent?Edward D. Manzo. 224-228
• Z80, 000 32-Bit MicroprocessorDavid Stevenson. 230-236
• NS32032 Design DecisionsRichard Mateosian. 237-241
• VLSI VAX MicrocomputersWilliam N. Johnson. 242-246
• MICROVAX 32 - A VAX-Compatible MicroprocessorBob Supnik, Ian Evans. 247-250
• Local Area Network StandardsRobert P. Blanc. 252-254
• Implementing an Ethernet LAN, the Easyway Edward Efron, Joseph P. De Vita. 255-257
• IEEE Token Bus LAN Implementation ConsiderationsRobert H. Douglas. 258-260
• Implementation of Standard LAN Protocols - Tools for Development and VerificationInder M. Singh. 261-265
• Data Communications Standardization within ManufacturingKevin C. Hughes, Ronald Floyd, Gary C. Workman. 266-270
• Practical 3-D Solid Wire Model for Piping DesignShozo Oikawa. 272-276
• Graphics and Animation at JCGLMitsuru Kaneko. 277-278
• Visual Factors and VDT UseLawrence Stark. 280
• Muscular Effects of VDT WorkMichael Smith. 281-283
• Video Display Terminals: Is There a Radiaton Hazard?William E. Murray. 284-288
• Mental and Emotional Issues in VDT WorkMichael Smith. 289-292
• TRAC: An Environment for Parallel ComputingJames C. Browne. 294-298
• VLIW Machines: Multiprocessors We Can Acutally ProgramJoseph A. Fisher, John J. O Donnell. 299-305
• CedarDaniel D. Gajski, Duncan H. Lawrie, David J. Kuck, Ahmed H. Sameh. 306-310
• Software Manufacturing and Large Software MaintenanceDavid Marca. 312-315
• Use of Model VHLL in Software Development and MaintenanceEvan D. Lock, Boleslaw K. Szymanski, Noah S. Prywes. 316-320
• A Graph-Based Software Maintenance EnvironmentStephen S. Yau, Jeffrey J. P. Tsai. 321-324
• Towards VLSI Design Systems Using Relational DatabasesGary Hallmark, Raymond A. Lorie. 326-329
• Information Management for CAD/VLSI ApplicationsDennis McLeod, K. Narayanaswamy, K. V. Bapa Rao. 330-334
• Recovery of In-Memory Data Structures for Interactive Update ApplicationsShlomo Weiss. 335-338
• Toward Sensor Driven Manipulation for the DisabledLarry J. Leifer, Urs Elsasser, Stefan Michalowski. 340
• Disability Independent Computer Systems for the HandicappedGeorge I. Davida, Jon Livesey. 345-352
• Avoiding Serial Bottlenecks in Ultraparallel MIMD ComputersAllan Gottlieb. 354-359
• SIMD and MSIMD Variants of the NON-VON SupercomputerDavid Elliot Shaw. 360-363
• The Aquarius ProjectAlvin M. Despain, Yale N. Patt. 364-368
• The Futurebus ProjectPaul L. Borrill. 370-374
• The STE Bus ProjectB. Shields. 375
• The VMEbus ProjectWayne Fischer. 376-378
• The Microprocessor Operating System Interface ProjectDon L. Jackson. 379-381
• MUFOM: A Standard Relocatable Code for Microprocessors. What s It Good For?Tom Pittman. 382
• PCs and Mainframes Automatic Electronic DesignsBruce E. Gladstone. 384-387
• MICRO-CAP: An Analog Circuit Design System for Personal ComputersAndrew V. Thompson. 388-390
• Personal Instrumentation in the 80 s: A RevolutionJim Fischer. 391-394
• Active Matrix Addressed Liquid Crystal DisplaysT. Maloney. 396
• Innovative Display Technologies - Why a Flat Panel When You Can Have a CRT?Matthew M. Zuckerman. 397-404
• Active Matrix Liquid Crystal Displays Using Amorphous Silicon Thin Film TransistorsRichard A. Flasck, Scott H. Holmberg. 405-408
• Rediflow MultiprocessingRobert M. Keller, Frank C. H. Lin, Jiro Tanaka. 410-417
• Design Issues in Parallel Architectures for Artificial IntelligenceCarl Hewitt, Henry Lieberman. 418-423
• Some Thoughts About Supercomputer OrganizationJeffrey D. Ullman. 424-432
• Program Calls in Modula-2: A Simple Overlay ConceptAnton Gorrengourt, William Steiger. 434-437
• Modula-2: Good News and Bad NewsMichael L. Powell. 438-441
• Debugging Modula-2 Programs on the Lilith ComputerChristian P. Jacobi. 442-446
• Transforming an Ada Program Unit to Silicon and Testing It in an Ada EnvironmentTony M. Carter, Alan L. Davis, Alan B. Hayes, Gary Lindstrom, Dan Klass, Mike P. Maloney, Brent E. Nelson, Elliott I. Organick, Kent F. Smith. 448-455
• HCMOS Gate Array Design ApproachDonald Soderman, Edward Wan. 456-457
• The Future is CustomR. C. Joy. 458-460
• First Aid to Authors: The IBM Epistle Text-Critiquing SystemKaren Jensen, George E. Heidorn. 462-464
• Authorship Provisions in AugmentDouglas C. Engelbart. 465-472
• Text Development and Management in UNIX-Based ProjectsRobert J. Glushko. 473-477
• Symbolics Sage: A Documentation Support SystemJanet H. Walker. 478-484
• An Architecture of a Data Flow Machine and Its EvaluationToshio Shimada, Kei Hiraki, Kenji Nishida. 486-490
• A Second Generation 32-Bit CMOS MicroprocessorsH. A. Hoeschen, J. Agraz-Guerena, A. K. Goksel, V. K. L. Huang, H. S. Jacobs, P. M. Lu, H. F. S. Law, W. F. Miller, P. A. Swartz. 491
• A Memory Unit Management for a Second Generation MicroprocessorA. K. Goksel, J. Agraz-Guerana, H. S. Jacobs, J. J. Molinelli, P. A. Swartz, Y. K. Wo, William W. Troutman. 492
• Unix in a Network of Personal WorkstationsBill Joy. 494-498
• Unix PortabilityJeffrey Schriebman. 499-501
• The Evolution of Berkeley UnixDomenico Ferrari. 502-506
• A Comparison of Optical and Magnetic Storage DevicesJuan Rodriguez. 508-511
• Magnetic and Optical Data Storage: A Comparison of the Technological LimitsAlan E. Bell, Vince Marrello. 512-518