Claude Shannon: Difference between revisions
imported>Pat Palmer (fixing link to Alzheimers) |
imported>Pat Palmer (→Founder of Information Theory: link to new tab) |
||
| Line 10: | Line 10: | ||
The field of [[information theory]] was launched in 1948 by Shannon's ground-breaking, two-part paper "A Mathematical Theory of Communication" <ref> | The field of [[information theory]] was launched in 1948 by Shannon's ground-breaking, two-part paper "A Mathematical Theory of Communication" <ref> | ||
[https://dl.acm.org/doi/pdf/10.1145/584091.584093 A Mathematical Theory of Communication] by Claude Shannon, Bell System Technical Journal, July & October, 1948; now on ACM website, last access 10/10/2020</ref> | <span class="newtab">[https://dl.acm.org/doi/pdf/10.1145/584091.584093 A Mathematical Theory of Communication]</span> by Claude Shannon, Bell System Technical Journal, July & October, 1948; now on ACM website, last access 10/10/2020</ref> | ||
It was shortly followed by a book [http://www.press.uillinois.edu/books/catalog/67qhn3ym9780252725463.html] which has since been reprinted many times. Information theory is devoted to messages and signals using techniques drawn from mathematical [[probability]], and linking discrete and continuous mathematics in ways that later turned out to be helpful, not just in the fields of communications and computers, but also on thinking about biological processes and linguistics. He was also a pioneer in developing methods for computers to play chess. | It was shortly followed by a book [http://www.press.uillinois.edu/books/catalog/67qhn3ym9780252725463.html] which has since been reprinted many times. Information theory is devoted to messages and signals using techniques drawn from mathematical [[probability]], and linking discrete and continuous mathematics in ways that later turned out to be helpful, not just in the fields of communications and computers, but also on thinking about biological processes and linguistics. He was also a pioneer in developing methods for computers to play chess. | ||
Revision as of 20:38, 25 December 2020
Claude Shannon (1916-2001) was a theoretical mathematician and electrical engineer who is generally considered to be one of the foundational researchers in computer and communications design. He studied at M.I.T., spent much of his career at Bell Laboratories, and later returned to M.I.T. as a professor. Recognized as a premier voice in the engineering community from the 1940's onward, Shannon had become a figure of some public and popular acclaim by the time of his retirement. An enormous number of resources exist about him on the web, and also in the deep web (i.e., online resources which must be paid for). In his twilight years, Shannon suffered from Alzheimer's disease.
Switching Algebra: Application of Boolean algebra to logic gate design (1938)
Shannon made a critical step enabling hardware design of a computer in his 1938 MIT master's thesis, A symbolic analysis of relay and switching circuits[1], in which he associated boolean algebra, a kind of mathematical system that had been known for centuries, with the design of logic gates in digital hardware. Shannon called boolean algebra "switching algebra" in the context of digital hardware design.
Founder of Information Theory
The field of information theory was launched in 1948 by Shannon's ground-breaking, two-part paper "A Mathematical Theory of Communication" [2] It was shortly followed by a book [1] which has since been reprinted many times. Information theory is devoted to messages and signals using techniques drawn from mathematical probability, and linking discrete and continuous mathematics in ways that later turned out to be helpful, not just in the fields of communications and computers, but also on thinking about biological processes and linguistics. He was also a pioneer in developing methods for computers to play chess.
Pioneer of Cryptography
During World War II, Shannon performed classified research for the U. S. government on cryptography. His 1949 "Communication Theory of Secrecy Systems"[3] became the seminal paper for cryptography as an academic discipline.
Shannon's publications
See our list of Shannon's publications.
Notes
- ↑ [A symbolic analysis of relay and switching circuits Shannon's Master of Science thesis (online), originally published in Transactions American Institute of Electrical Engineers, Vol. 57, pp. 713-723] (1938). Retrieved on 2020-10-08.
- ↑ A Mathematical Theory of Communication by Claude Shannon, Bell System Technical Journal, July & October, 1948; now on ACM website, last access 10/10/2020
- ↑ C. E. Shannon (1949). Communication Theory of Secrecy Systems.