The Howard W. Sams Crach Course in Mircocomputers
- Author
- Louis E. Frensel Jr.
- Publisher
- Howard W. Sams Co.
- Place
- Indianapolis, Indiana
- ETC archive
- ETC2796
Cite this record
Louis E. Frensel Jr. The Howard W. Sams Crach Course in Mircocomputers. Howard W. Sams Co. 1983.
Download RIS citationSubmit a change or correction
Last modified 20 July 2011
Related records
- Stanford Research Institute Chronology
Stanford Research Institute demonstrates keyboard, keypad, mouse, for word processing
- New York State Council on the Arts Proposal: Center for Microprocessor Research Bibliography
etcnysca7778propmcarthurwright_2652.pdf Concept developed by Ralph Hocking, Don McArthur and Walter Wright.
- Computer introductions Chronology
Computer introductions: Epson dot matrix printer, Atari 400 and 800 personal computers
- The Best of Creative Computing Vol 1 Bibliography
- New York State Council on the Arts Proposal: Center for Microprocessor Research Bibliography
Proposal submitted to the New York State Council on the Arts (Center for Microprocessor Research) in 1977 for continued development of an LSI-11 computer-based video generating and processing system; the project began with support from the National Endowment for the Arts in 1976. Researchers associated with the proposal are Ralph Hocking, Dr. Don McArthur and Walter Wright.
- The Macro Proto Proposal Tools
Daniel Sandin's early draft grant proposal advocates developing educational machines and interfaces; he compares public-school capitalization ($10 per participant) with modern communication-company capitalization ($20,000 per worker) and argues for economic efficiency through appropriate technology. He discusses transfer of course content to machines and the loss of incidental learning, the advent and uses of generalized machines including pencils, television and general-purpose digital computers, and the necessity of teaching generalized-machine use. He emphasizes perceptual learning, cites Rudolf Arnheim and the Bauhaus Institute of Design, and stresses man-machine feedback control and perceptually rich input-output interfaces.