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Computer Science Video Guide

This guide lists videotapes relating to computer science, that are available in the Media Resource Center of RIT Library. Entries on this list are organized under the subject headings that appear below. Each entry includes a capsule description of the tapes' content, as it appears in Einstein, the library catalog. (You can view any video record by looking up the name of the video as a Title on Einstein.) Our video collection includes several major series; a quick list of all individual titles in each series appears at the end of this guide.

ANIMATION

MRC VH181
Computer Magic. Colyer Dupont Left Coast Productions, 1986. A behind the scenes look at the current world of computer animation and special effects for television.

MRC VH 353
Fractal Fantasy . Media Magic, 1987. An artistic study of the unusual area within a mathematically defined region know as the Mandelbrot Sea. The Fractals move in vivid motion and come to life with the accompaniment of electronic music.

MRC VH 606
Making Them Move : Mechanics, Control and Animation of Articulated Figures. Morgan Kaufmann, c1991. Examples of computer animation using state-of-the-art technology. Companion book is in WL under call #: TR 897.5.M35 1991.

SIGGRAPH Video Review - various issues in the series. Browse entries under Title: Siggraph Video Review in the library catalog to see the contents and call number of each issue.

ARTIFICIAL INTELLIGENCE

MRC VH716B
Overview of Inductive Machine Learning. Morgan Kaufmann, c1990. Defines inductive learning, provides examples of inductive learning algorithms, and discusses the issues of introducing bias into inductive learning algorithms and the minimum description length principle.

MRC VH7550
The Thinking Machine (The Machine that Changed the World; 4) [CC] This program is devoted to artificial intelligence, and what computer scientists, psychologists and philosophers have learned about human intelligence in the process of trying to teach computers to "think."

CAD/CAM

MRC VH 443
Computer-aided Drafting, Electronic F-square [sic] . Dataprint Corporation, 1989. Guides the viewer through the basics of computer-aided drafting with the micro-computer.

MRC VH 377
Next Years Model . Films Inc, 1988. Discusses the technological advancements made possible in the automotive industry by the "Computer age". Specifically, it shows the use of computer aided design (CAD) and computer aided manufacture technologies.

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COMMUNICATIONS/NETWORKING

MRC VH 589J
Blahut, Richard E. Error-correcting Codes for Digital Signal Processing. UVC, 1988. Describes the Reed-Solomon code, the most important code for communication and magnetic storage system, as an application of the discrete Fourier transform. Decoding algorithms are described from the perspective of digital signal processing.

MRC VH 589G
Forney, G. David. Introduction to Modem Technology : Theory and Practice of Bandwidth Efficient Modulation from Shannon and Nyquist to Date. UVC, 1988. Summarizes the history of advances in modem theory and practice, with emphasis on implementable coded modulation schemes whose performance approaches the limits on communications efficiency known since the work of Shannon in 1948.

MRC VH 853F
Forster, Jim. Multiprotocol Routing in Large Networks. UVC, 1992. In this presentation, which was taped on April 9, 1992, Mr. Forster discusses the problems associated with multiprotocol routing in large networks. He explores the basics of routing protocols, presents real world issues, and concludes with a few remarks on the engineering process in a rapidly changing field.

MRC VH 701G
Lampson, Butler W. Computer Security in Distributed Systems . UVC, 1991. The basic services for building a secure computer system are authentication, authorization, and auditing; they are hard to implement in a distributed system. This lecture describes how to set up secure communication channels using encryption, establish a hierarchy of servers to authenticate the users of these channels, grant access to the authorized users listed on each object, and record each step in an audit trail.

MRC VH 854C
Lampson, Butler. A Naming Service for a World-Wide Computer Network. UVC, 1987. A naming service maps a name or a person or machine, and assigns properties such as address and passwords. A distributed computing system uses this to locate resources, address mail, and authenticate entities. Made available, this will allow the name space to grow and reorganize, keep faults from spreading, and handle billions of names worldwide.

MRC VH 589B
Lucky, R. W. Introduction to Optical Communications . UVC, 1988. Describes how digital communications and the invention of the laser led to the development of optical communications.

MRC VH 854A
Nelson, David L. Network Computing. University Video Communications, c1987.

COMPUTER ARCHITECTURE

MRC VH 853R
Akeley, Kurt. Architectures of High-Performance 3D Graphics Accelerators. UVC, 1992. Describes the calculations required for 3D graphics, and considers various parallel hardware architectures used to implement them.

MRC VH 851C
Ditzel, David Roger. SPARC Version 9 : Adding 61-Bit Addressing and Robustness to an Existing RISC Architecture. University Video Communications, c1992.

MRC VH 853C
Hennessy, John. Scalable Multiprocessors and the DASH Approach. University Video Communications, c1992. The DASH architecture being developed at Sanford provides for the scaling of both local and shared memory bandwidth. It uses distributed memory and a cache coherency protocol based on directories.

MRC VH 701A
Hester, Phil D. Superscalar RISC Concepts and Design of the IBM RISC System/6000 . UVC, 1991. Gives an overview of the RISC System/6000 family of workstations and servers, giving major engineering design points for each machine. Discusses in detail the IBM second generation RISC goals and concepts and how these goals were implemented in the POWER architecture.

MRC VH 853E
Mahon, Michael. PA-RISC Design Issues. UVC, 1992. Discusses PA-RISC architecture and some of its design trade-offs; covers pathlength reduction, pipeline design issues, high performance cache design, and future evolution of the system.

MRC VH 853J
Montanaro, Jim. The Design of the Alpha 21064 CPU Chip. UVC, 1992. A description of the design of the Alpha 21064 CPU chip. Presentation recorded April 15, 1992.

MRC VH 589A
Patterson, David. Story of SPARC Architecture . UVC, 1988. Rosing presents the background of the business environment during the development and introduction of SPARC. Patterson discusses principles of RISC design and interesting features of SPARC architecture. Comments on historical perspectives and future directions; also shows three SPARC boards running at three clock rates progressively taking much more power and board area.

MRC VH 853I
Sites, Dick & Dirk Meyer. Alpha Architecture. UVC, 1992. Sites & Meyer distinguish between the architecture as a paper document, describing the behavior of all Alpha implementations as seen by the machine-language programmer, and the various (chip) implementations.

DATABASES

MRC VH 542
Principles of Data Management. Rochester, NY : RIT/TV/IMS., 1990. Discusses the components of setting up a data base. In a classroom situation the teacher explains the procedures and elements of data management.

DESIGN AUTOMATION

MRC VH 701L
Newton, A. Richard. Introduction to Design Automation for Electronic Systems. UVC, 1991. None of the electronic technologies we take for granted today would be possible without design automation technology. Design automation for electronic systems involves the development, interpretation and use of computer software packages to help automate the design, verification, and data management aspects of today's high technology electronic products.

MRC VH 701C
Armstrong, James. Introduction to VHDL . UVC, 1991. The lecture discusses uses, characteristics and applications of VHDL, an important development in design representation languages.

ELECTRICAL ENGINEERING

MRC VH 5891
Brokaw, A. Paul. A Transistor Voltage Reference, and What the Band-gap Has To Do With It. UVC, 1988. Reviews some key junction transistor properties followed by an illustration of how these properties can be used to derive a temperature invariant voltage using simple circuits. Shows that this voltage is related to the extrapolated band-gap voltage of silicon.

MRC VH 701N
Gilbert, Barrie. Bipolar Translinear Circuits. UVC, 1991. Begins by presenting the characteristics of the bipolar transistor and its foundation for many linear and non-linear signal-processing circuits. Basic translinear forms are analyzed and the valuable properties of circuits containing closed loops of bipolar devices are illustrated.

MRC VH 287
Seed to Semiconductor. Motorola 1986. Explains the fabrication, internal parts and uses of the semi-conductor.

GRAPHIC ARTS/DESKTOP PUBLISHING

MRC VC 500
Meet the Illustrator LaDobe [sic] Systems . Santa Clara, CA : Media West, 1988. Demonstration of the Adobe illustrator software package. Shows how to create and manipulate text and illustrative graphics.

MRC VH 525B VH 525F
Desktop Design: 1 : [an Introduction to Basic Electronic Graphic Processes] Desktop Design: 2 : Creative Design with PostScript Drawing Software. Peoria, IL : Step-by-Step Video, 1989. Highlights several major applications of Adobe Illustrator 88 and Aldus FreeHand. Projects include: chart design, type catalog title page, multicolor magazine and book cover, electronic graphics in newspaper ads, and special segments on graphic tips and tricks.

MRC VH 343
Desktop Publishing, Changing the Workplace. Oregon : Oregon State University's Commercial Media Center.,1988. [Teleconference]

HISTORY

MRC VH 755A
Giant Brains (The Machine that Changed the World; 1) [CC] This program tells the story of the birth of computers and of the men who assisted in that birth: Charles Babbage, Alan Turing, Herman Goldstine, John Mauchly and J. Presper Eckert.

MRC VH755B
Inventing the Future (The Machine that Changed the World; 2) [CC] This program chronicles the rough times experienced by the computer pioneers, until the industry took off and forever changed the way the world does business. The program covers the invention of programming languages, and the shifts, first to transistors, and later to integrated circuits, that made computers smaller and cheaper and ultimately led to personal computers.

MRC VH 755C
The Paperback Computer (The Machine that Changed the World; 3) [CC] This program shows how room-sized number crunchers evolved in to desk-top machines easy enough for a child to use, with less and less to do with arithmetic, cheaper than a TV set. Includes the development of microprocessors and Apple.

HUMAN-COMPUTER INTERACTION

MRC VH 554
Interactive Digital Video. New York, NY : ACM Press, [1989], c1990. "This tape was developed as a visual supplement to the July 1989 issue of Communications of the ACM's special section on interactive technologies...Produced at Interactive Media Project User Interface Institute, IBM T.J. Watson Research Center, Yorktown Heights, N.Y." Surveys the soaring use of video material in entertainment and education (for children and adults), and demonstrates the use of innovative computerized editing and manipulation/alteration possibilities developed by various commercial producers.

MRC VH 851A
Piersol, Kurt. Inter-Application Communication. University Video Communications, c1992.

INFORMATION SYSTEMS

MRC VH 416
Software Automation . Texas Instruments, 1989. Discusses methodology and technology for a new generation of information systems with Martin Short.

MICROELECTRONICS

MRC VH 589E Haken, Roger A. Submicron BICMOS Process Technology. UVC, 1988. Answers the question "Why BiCMOS?" and reviews the evolution of BiCMOS from a CMOS perspective. Discusses key issues in Submicron BiCMOS process design such as process integration and design constraints, BiCMOS buried collector isolation and well design, bipolar emitter design and compatibility with CMOS, sillicidation and process simplicity.

MRC VH 589D
Haken, Roger A. Submicron CMOS Technology Scaling Issues. UVC, 1988. Discusses the scaling limitations of 2 micron CMOS process technology; crossing the 1 micron technology discontinuity (MOS transistor design, low resistivity gates and diffusions, isolation technology, latch-up prevention, multilevel interconnect: global and local); and the application of scaled technologies to a submicron CMOS process.

MRC VH 701B
Herrell, Dennis. Advanced Packaging : Key Technology for the1990's. UVC, 1991. Herrell sets the technical and economic goals for advanced packaging, making the point that future chip development is dependent upon the development of packaging technology. He reviews present packaging technology and outlines critical considerations for packaging design in the nineties, stressing multichip modules.

OPERATING SYSTEMS & LANGUAGES

MRC VH 701K
Donahue, Jim. Modula-3 . UVC, 1991. Lecture by Jim Donahue, Olivetti Research California. Summarizes the joint work of ORC and DEC's Systems Research Center to design Modula-3, a new systems programming language descending from Mesa, Modula-2, and Modula 2+. Describes the principles that drove the language design and discusses the most important features of the language, emphasizing the type system, its most innovative feature. Ends with a Q&A session.

MRC VH 701H
Mitchell, Jim. Operating Systems Architecture in the 1990s . UVC, 1991. Lecture by Jim Mitchell of Sun Microsystems, Inc. Discusses the need to develop a new operating systems architecture, different from the currently successful systems. Presents requirements for success and a description of current work toward this goal.

MRC VH851D
Powell, Michael L. Objects and Interfaces for System Software Structure. University Video Communications, 1992. (2 copies) Presentation recorded September 19, 1992. "Sponsored by Sun Microsystems Laboratories, Inc."--Cassette container.

PARALLEL PROCESSING/MULTIPROCESSORS

MRC VH 589L
Agerwala, Tilak K. Parallel Processing. UVC, 1988. A lecture presented by Dr. Agerwala at Columbia University, describing various forms of parallel processing, including clusters, multiprocessors and highly parallel processors.

MRC VH 701P
Baskett, Forest. Cache-coherent Multiprocessors : an Easy Approach to High Performance Computing. UVC, 1991. Lecture by Forest Baskett of Silicon Graphics, Inc. Presents a position for cache-coherent multiprocessors by discussing the shared memory model, effective private caches, efficient data sharing, efficient synchronization, automatic parallelization, comparison with vector architectures, performance results, advances in compiler technology for cache locality and parallelization, technology trends and future evolution.

MRC VH 851B
Garcia, Armando. The Power Visualization System. University Video Communications, 1992. Presentation recorded November 9, 1992. "Sponsored by IBM Corporation."--Cassette container.

MRC VH 701E
Hillis, W. Daniel. Massively Parallel Supercomputing : the Connection Machine. UVC, 1991. Lecture by Daniel Hillis of Thinking Machines Corp. Contrasts Von Newmann machines with data parallel machines. Tells why Amdahl's law does not seem to hurt parallel machines. Discusses the major design issues he faced in building the Connection Machine: balancing processing, communication and I/O. Followed by a Q&A session.

MRC VH583D
Hillis, Daniel. Architecture of the CM-5. UVC, 1992. Includes bibliographical references on container. Discusses the design and architecture of the model CM-5 Connection Machine, designed to run a singly, closely synchronized data parallel program using independent instruction streams.

MRC VH 533B
Parallel Processing: Architecture and Directing pt 2 of 2. William J. Dolly : IEEE Computer Press, 1989. Continues to talk about parallel processing, machine organization and processing elements of the computer.

MRC VH 701J
Steele, Guy. Data Parallel Algorithms. UVC, 1991. Lecture by Guy Steele, Jr. of Thinking Machines. Steele is a senior scientist who directs design/implementation of parallel programming languages for the Connection Machine. Outlines the data parallel programming environment, detailing elementwise operations, conditionals, replication, reduction, permutation, and scanning. He uses specific parallel algorithms to show the use of these building blocks in real applications. Ends with a Q&A session.

MRC VH 853A
Steele, Guy. What is the Sound of One Network Clapping? A Philosophical Overview of the Connection Machine CM-5. UVC, 1992. Discusses the parallel software model and examines the engineering decisions behind the design of the CM-5 hardware.

PROGRAMMING (including OBJECT-ORIENTED)

MRC VH 701Q
Dijkstra, Edsger Wybe. Reasoning About Programs. UVC, 1991. Lecture by Edsger W. Dijkstra. Presents two problems and shows how to design solutions for them. In the first, a game with colored pebbles is translated into a program. In the second, providing a theorem about colored points in the plane is translated into a programming task. Concentrates on invariance and termination respectively, the two essential components in each correctness proof.

MRC VH 589C
Ingalls, Dan. Object-oriented Programming. UVC, 1988. Describes object-oriented programming, an approach in which software organization corresponds closely to the complex systems being simulated. Object-oriented programming supplants conventional procedure-calls with a more general mechanism of sending messages, and therefore greatly enhances the flexibility and reusability of software components.

MRC VH 701F
Kant, Elaine. Automated Program Synthesis. UVC, 1991. Lecture by Elaine Kant of Schlumberger Laboratory for Computer Science. Summarizes the state of the art in program synthesis and shows examples from a specialized system that generates Fortran and C code for mathematical modeling. For example, from declarative descriptions of equations and properties of finite difference algorithms, the system generates code for the Connection Machine.

MRC VH 583G
Upson, Craig. Visual Programming in Data Flow Environments. UVC, 1992. Discusses visual or iconic programming in general as well as visual programming in a data flow environment.

ROBOTICS

MRC VH 36
Dextrous Robot Hand. The MIT Artificial Intelligence Laboratory ; distributed by the MIT Press , 1985.

MRC VH 701I
Whittaker, Red. Japanese Space Robotics. UVC, 1991. In 1990, NSF and NASA funded the Japanese Technology Evaluation Center (JTEC) at Loyola College to undertake an assessment of Japanese space robotics technology. Dr. Whittaker outlines the panel's findings using a series of video clips to illustrate important Japanese developments in robotics.

SOCIAL/ETHICAL ISSUES

Computers, Freedom & Privacy Series. Topanga, Calif. : Computers, Freedom & Privacy Video Library Project, c1991.

MRC VH 702A
The Constitution in the Information Age (Computers, Freedom & Privacy ; 1) Speaker, Laurence H. Tribe ; moderator, Jim Warren. Speaker discusses the policy proposals regarding constitutional protections, networked computers and electronic communications.

MRC VH 702L
Electronic Speech, Press & Assembly (Computers, Freedom & Privacy ; 12) Speakers, Lance Rose, Jack Rickard, George Perry, John McMullen, Eric Lieberman, David Hughes ; moderator, Eric Lieberman. Speakers discuss freedoms of electronic speech, public & private electronic assembly and electronic publishing; issues of prior restraint and chilling effects of monitoring on freedoms and possible justifications and alternatives for monitoring.

MRC VH 702N
Ethics & Education (Computers, Freedom & Privacy ; 14) Speakers, Richard Hollinger, Donn B. Parker, Dorothy Denning, John Gilmore, Jonathan Budd, Sally Bowman ; moderator, Terry Winograd. Speakers discuss the teaching of ethics in computer education.

MRC VH 702C
International Perspectives & Impacts (Computers, Freedom & Privacy ; 3) Speakers, Robert Veeder, Tom Riley, David H. Flaherty, Ronald L. Plesser ; moderator, Ron Plesser. Speakers discuss other nations' models for protecting personal information and communications, and for granting access to government information, including the European Community's 1992 trans-border data flow and accountability issues; implications for privacy and personal expression.

MRC VH 702B
Trends in Computers & Networks (Computers, Freedom & Privacy ; 2) Speakers, Peter J. Denning, John S. Quarterman, Peter G. Neumann, Martin E. Hellman, David Chaum, David J. Farber ; moderator, Peter Denning. Speakers give an overview and prognosis for computing capabilities and networking as they impact personal privacy, confidentiality, security, one-to-one and many-to-one communications, plus access to information about government, business, technology and society.

MRC VH 7020
Where Do We Go From Here? (Computers, Freedom & Privacy ; 15). Speakers, Paul Bernstein, Mary J. Culnan, David Hughes, Don Ingraham, Mitchell Kapor, Eric Lieberman, Donn B. Parker, Craig Schiffries, Robert Veeder ; moderator, Jim Warren. Speakers discuss the perspectives, recommendations and commitments of participants from differing interest groups, proposing next steps they will pursue to protect personal privacy, protect fundamental freedoms and encourage responsible private-sector and public-sector policies and legislation.

MRC VH 755E
The World at Your Fingertips (The Machine that Changed the World; 5) [CC] This program looks at the social revolution wrought by computers, and at what price: The disappearance of place as an attribute, the loss of privacy, the pollution of information -- and the transmission, sharing and replication of polluted information; and the near-catastrophes that can occur when (as happened in the October 1987 stock market plunge) computer networks take on a life of their own.

SUPERCOMPUTING

MRC VH 701D
Allen, Frances E. Optimizing Compilers for Parallel Computers. UVC, 1991. Lecture by Fran Allen of IBM Corp. Discusses optimizing compilers for parallel computers. Focuses on parallelizing "dusty-deck" Fortran programs for shared memory parallel computers. Describes technologies for program analysis, the formation of parallelism, and program transformations. Gives a brief overview of the relationship of parallelization to other components of parallel software systems, in particular to traditional optimization, operating systems, and application-enablement environments. Concludes with a list of open problems.

MRC VH 589K
Bell, C. Gordon. The 11 Rules of Supercomputer Design. UVC, 1988. Describes the goals, process and outcome of the design of Ardent's Titan: a vector, multiprocessor architecture, combining high-performance computation and graphics for a single user to create a distributed supercomputing environment to permit instant views of complex simulations like molecular combinations, or the performance of a new airplane wing.

MRC VH 589H
Cray, Seymour R. What's All This About Gallium Arsenide? UVC, 1988. This presentation was made at the Supercomputing '88 conference held in Orlando, Florida, Nov. 15, l988. Seymour Cray, the Albert Einstein or Thomas Edison of supercomputing, explained how to build a supercomputer using gallium arsenide. As an extra bonus, he told the history of his company, Cray Research, Inc.

MRC VH8536
Watanabe, Tadashi. Toward the Ultra High-Speed Computing System. UVC, 1992. Introduces the architectural and technological considerations for the development of supercomputer systems. The NEC SX-3 R . Supercomputer is used as an example.

THEORY

MRC VH 589F
Graham, Ronald L. The Shortest Network Problem. UVC, 1988. Explores the Steiner problem which asks for the shortest network of line segments to interconnect a set of given points in the design of highway systems, oil pipelines, air conditioning systems and integrated circuits on silicon chips. Provides an introduction to NP-completeness, a fundamental concept in theoretical computer science.

WINDOWS

MRC VH 7010
Gettys, James, 1953- . X Windows System Design Principles. UVC, 1991. The X Window System has become widely accepted by many manufacturers and users of computer systems. X provides network transparent access to display servers, allowing local and remote client programs to access a user's display. X is used on high-performance workstation displays as well as X terminals, and client programs run on everything from micro- to supercomputers. This talk emphasizes system design principles, using X as an example.

MRC VH 701M
Gosling, James. NeWS, a Networked and Extensible Window System . UVC, 1991. Lecture by James Gosling of Sun Microsystems. Describes NeWS, a system in which client messages containing PostScript programs are passed across the network to be executed by the server. This use of a programming language as a basis of communication protocol provides for the extensibility of the windowing system. NeWS also has a high-level imaging model that enables device-dependent advanced rendering. Discusses comparisons to similar systems.

SERIES:

COMPUTERS, FREEDOM & PRIVACY SERIES Computers, Freedom & Privacy Video Library Project, c1991. All titles in the series are listed below. Selected full records appear in this guide under the heading "Social/Ethical Issues," pp. 7-8. Access to Government Information

Computer-based Surveillance of Individuals

The Constitution in the Information Age

Electronic Speech, Press & Assembly

Ethics & Education

International Perspectives & Impacts

Law Enforcement Practices & Problems

Law Enforcement & Civil Liberties

Legislation & Regulation

Network Environments of the Future

Personal Information & Privacy I

Personal Information & Privacy II

Security Capabilities, Privacy and Integrity

Trends in Computers & Networks

Where Do We Go From Here?

DISTINGUISHED LECTURES SERIES Industry Leaders in Computer Science and Electrical Engineering. University Video Communications, [various years]. Vol. 1, 1987:

A Naming Service for a World-Wide Computer Network (p. 2)

Network Computing (p.3)

Vol. 2, 1988:

The 11 Rules of Supercomputer Design (p.8)

Error-correcting Codes for Digital Signal Processing (p. 2)

Introduction to Modem Technology (p. 2)

Introduction to Optical Communications (p. 2)

Object-oriented Programming (p. 6)

Parallel Processing (p. 5)

The Shortest Network Problem (p. 8)

Story of SPARC Architecture (p. 3)

Submicron BICMOS Process Technology (p. 5)

Submicron CMOS Technology Scaling Issues (p. 5)

A Transistor Voltage Reference, and What the Band-gap Has To Do With It (p. 3)

What's All This About Gallium Arsenide? (p. 8)

Vol. 3, 1991:

Advanced Packaging Key Technology for the 1990's (p. 5)

Automated Program Synthesis (p. 6)

Bipolar Translinear Circuits (p. 3)

Cache-coherent Multiprocessors (p. 5)

Computer Security in Distributed Systems (p. 2)

Data Parallel Algorithms (p. 6)

Introduction to Design Automation for Electronic Systems (p. 3)

Introduction to VHDL (p. 3)

Japanese Space Robotics (p. 7)

Massively Parallel Supercomputing: The Connection Machine (p. 6)

Modula-3 (p. 5)

NeWS, a Networked and Extensible Window System (p. 9)

Operating Systems Architecture in the 1990s (p.5)

Optimizing Compilers for Parallel Computers (p. 8)

Reasoning About Programs (p. 6)

Superscalar RISC Concepts and Design of the IBM RISC System/6000 (p. 2)

X Windows System Design Principles (p. 9)

Vol. 4, 1992:

Alpha Architecture (p.3)

Architecture of the CM-5 (p.6)

Architectures of High-Performance 3D Graphics Accelerators (p.2)

The Design of the Alpha 21064 CPU Chip (p.3)

Multiprotocol Routing in Large Networks (p.2)

PA-RISC Design Issues (p.2)

Scalable Multiprocessors and the DASH Approach (p.2)

Toward the Ultra High-Speed Computing System (p.8)

Visual Programming in Data Flow Environments (p.6)

What is the Sound of One Network Clapping? A Philosophical Overview of the Connection Machine CM-5 (p.6)

THE MACHINE THAT CHANGED THE WORLD WGBH Science Unit/BBC, 1992. Giant Brains (p.4)

Inventing the Future (p.4)

The Paperback Computer (p.4)

The Thinking Machine (p.1)

The World at Your Fingertips (p.8)

(Too numerous and varied to list individually; check the library catalog by Title: Siggraph Video Review to review the descriptions of each issue.)