The fourth and final segment of the discussion about the 30-year history of research and development that created the underlying technologies on which the Web is based. Much of this foundation was laid in the 1960s by Douglas Carl Engelbart.

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Part three of the discussion about the 30-year history of research and development that created the underlying technologies on which the Web is based. Much of this foundation was laid in the 1960s by Douglas Carl Engelbart.

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Part two of the discussion about the 30-year history of research and development that created the underlying technologies on which the Web is based. Much of this foundation was laid in the 1960s by Douglas Carl Engelbart.

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A discussion about the 30-year history of research and development that created the underlying technologies on which the Web is based. Much of this foundation was laid in the 1960s by Douglas Carl Engelbart.

Get more information about the print article | Similar Articles

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This podcast aims to tell a more interesting and complex story by examining the historical context in which the 4004 was developed, both outside and inside Intel.

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The Cambridge University Mathematical Laboratory was set up in 1937. This article describes the motivation behind the creation of the laboratory and its original terms of reference.

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Editor's Note: Brian Randell submitted the following notes on July 9, 1981, in response to seeing the text of the advertisement mentioned by Garry J. Tee in the preceding article. We invite our readers to provide Randell with any further information.

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The BINAC, short for Binary Automatic Computer, was developed by John Presper Eckert, Jr. and John William Mauchly during the years 1947-1949 under a contract with the Northrop Aircraft Corporation.

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The life and work of Sergei Alekseevich Lebedev, one of the world's pioneers in digital computing.

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Konrad Zuse, creator, in 1941, of the first fully automated, program-controlled, and freely programmable computer for binary floating-point calculations, and later, of the basic programming system, Plankalkül.

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Gordon Earle Moore, a chemist with a PhD from the California Institute of Technology, was a key figure in the development of the semiconductor industry and silicon integrated circuit technology.

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The union of digital computing and video was made possible by high-density integrated memories in the early 1970s. This new technology led Xerox PARC researchers to develop SuperPaint, the most famous of the early pixel-based frame buffer systems and one that portended a significant part of the future of computer graphics in television by illustrating the Pioneer spacecraft missions to Venus and Saturn.

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A group of young women college graduates involved with the ENIAC are identified. As a result of their education, intelligence, as well as their being at the right place and at the right time, these young women were able to perform important computer work. Many learned to use effectively "the machine that changed the world" to assist in solving some of the important scientific problems of the time. Ten of them report on their background and experiences. It is now appropriate that these women be given recognition for what they did as "pioneers" of the Age of Computing.

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The bundling of software and hardware in a single product package predates electronic computers and can be traced back to information-processing pioneer Herman Hollerith in the late 1800s.

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Peter Eckstein recounts major biographical events, background influences, education, professional experience, and achievements in the life of Control Data Corp.'s founder William C. Norris.

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In establishing BBN, the founders deliberately created an environment in which engineering creativity could flourish. The author describes steps taken to assure such an environment and a number of events that moved the company into the fledgling field of computing.

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This memoir focuses chiefly on the story of WordStar, the pioneering word processing software for personal computers that was ahead of its time.

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