Difference between revisions of "SAGE (Semi-Automatic Ground Environment)"

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== SAGE (Semi-Automatic Ground Environment)  ==
 
== SAGE (Semi-Automatic Ground Environment)  ==
  
<pageby nominor="false" comments="false"></pageby>; [[Image:Sage.jpg|thumb|right|SAGE demonstrated pioneering solutions to the problem of the user interface. Courtesy: The MITRE Corporation. ]]
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<pageby comments="false" nominor="false"></pageby>; [[Image:Sage.jpg|thumb|right|SAGE demonstrated pioneering solutions to the problem of the user interface. Courtesy: The MITRE Corporation.]]  
  
 
SAGE (Semi-Automatic Ground Environment) is a landmark in the history of both radar and computing. SAGE was an air-defense system built by the United States in the 1950s. It used radar on land, at sea, and in the air and was a major advance in telecommunications. A network of 23 control centers was built, each center receiving information from some 100 sources, principally radar stations. The surveillance and communications demands were met by real-time computerized processing of information. The computer for SAGE, the AN/FSQ7 built by IBM, was the first full-production machine with a magnetic core memory and the first to have a standby computer in case of machine failure. Each AN/FSQ7 weighed 250 tons and contained 49,000 electron tubes.  
 
SAGE (Semi-Automatic Ground Environment) is a landmark in the history of both radar and computing. SAGE was an air-defense system built by the United States in the 1950s. It used radar on land, at sea, and in the air and was a major advance in telecommunications. A network of 23 control centers was built, each center receiving information from some 100 sources, principally radar stations. The surveillance and communications demands were met by real-time computerized processing of information. The computer for SAGE, the AN/FSQ7 built by IBM, was the first full-production machine with a magnetic core memory and the first to have a standby computer in case of machine failure. Each AN/FSQ7 weighed 250 tons and contained 49,000 electron tubes.  
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[[Category:Computers_and_information_processing]] [[Category:Signal_processing]] [[Category:Radar_signal_processing]]
 
[[Category:Computers_and_information_processing]] [[Category:Signal_processing]] [[Category:Radar_signal_processing]]
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[[Category:Computers_and_information_processing]]
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[[Category:Computer_applications]]
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[[Category:Military_computing]]
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[[Category:Culture_and_society]]
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[[Category:Defense_%26_security]]
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[[Category:Cold_War]]

Revision as of 15:35, 22 September 2008

SAGE (Semi-Automatic Ground Environment)

<pageby comments="false" nominor="false"></pageby>;
SAGE demonstrated pioneering solutions to the problem of the user interface. Courtesy: The MITRE Corporation.

SAGE (Semi-Automatic Ground Environment) is a landmark in the history of both radar and computing. SAGE was an air-defense system built by the United States in the 1950s. It used radar on land, at sea, and in the air and was a major advance in telecommunications. A network of 23 control centers was built, each center receiving information from some 100 sources, principally radar stations. The surveillance and communications demands were met by real-time computerized processing of information. The computer for SAGE, the AN/FSQ7 built by IBM, was the first full-production machine with a magnetic core memory and the first to have a standby computer in case of machine failure. Each AN/FSQ7 weighed 250 tons and contained 49,000 electron tubes.

Most of the human-machine interaction took place at large radar screens with light pens, rather than with punched cards or teletype terminals. The first test of SAGE—directing an interceptor plane to a target—occurred on 20 April 1951. The system performed well. However, it was not until 1 July 1958 that the first SAGE center went into regular operation.



<rating comment="false"> Well Written? 1 (No) 2 3 4 5 (Yes) </rating> <rating comment="false"> Informative? 1 (No) 2 3 4 5 (Yes) </rating> <rating comment="false"> Accurate? 1 (No) 2 3 4 5 (Yes) </rating>