Shannon Publishes on Communication Theory: Difference between revisions
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'''This article is a stub. Please help expand the article by using the edit tab.''' [[Image:Shannon.jpg|thumb|center|Claude Shannon]] In the October 1948 ''Bell System Technical Journal,'' [[Claude Shannon|Claude Shannon]] published part two of "A Mathematical Theory of Communication." He established the theoretical foundation of communications engineering and showed that all information could be transmitted in a series of [[Binary Numbers and Binary Math|1s and 0s]]. | '''This article is a stub. Please help expand the article by using the edit tab.''' [[Image:Shannon.jpg|thumb|center|Claude Shannon]] In the October 1948 ''Bell System Technical Journal,'' [[Claude Shannon|Claude Shannon]] published part two of "A Mathematical Theory of Communication." He established the theoretical foundation of communications engineering and showed that all information could be transmitted in a series of [[Binary Numbers and Binary Math|1s and 0s]]. | ||
== Further Reading == | |||
[[Oral-History:Claude E. Shannon|Claude Shannon Oral History]] | |||
[[Category:Engineering fundamentals|Shannon]] [[Category:Mathematics|Shannon]] [[Category:Information theory|Shannon]] | |||
{{Timeline | |||
|Date=10/15/1948 | |||
|Priority=Electrical | |||
|Description=In the October 1948 ''Bell System Technical Journal'', Claude Shannon published part two of "A Mathematical Theory of Communication," He established the theoretical foundation of communications engineering and showed that all information could be transmitted in a series of 1s and 0s. | |||
}} | |||
Latest revision as of 06:46, 23 November 2017
This article is a stub. Please help expand the article by using the edit tab.
In the October 1948 Bell System Technical Journal, Claude Shannon published part two of "A Mathematical Theory of Communication." He established the theoretical foundation of communications engineering and showed that all information could be transmitted in a series of 1s and 0s.
