Description:
(Mathematician, Engineer & Cryptographer Known as a 'Father of Information Theory')
Claude Elwood Shannon was an American mathematician, cryptographer, and electrical engineer, who garnered fame when he conceptualised information theory with the landmark paper, ‘Mathematical Theory of Communication’, which he put out in 1948. Because of this, he is widely considered "the father of information theory". Originally from Michigan, Shannon grew up inspired by Thomas Edison, who he later came to know was one of his relatives. He was educated at the University of Michigan from where he obtained bachelor’s degrees in mathematics and electrical engineering before enrolling in MIT to continue his education in electrical engineering. He also came up with the digital circuit design theory in 1937. During World War II, he was hired by Bell Labs to research on fire-control systems and cryptography. In 1942, he received the credits for the creation of signal-flow graphs. In 1956, he became part of the MIT faculty and worked in the Research Laboratory of Electronics (RLE). Shannon was affiliated with the institute until 1978. In later years, he was diagnosed with Alzheimer's disease and lived in a nursing home in Massachusetts. At the age of 84, Shannon passed away in February 2001.
Birthday
April 30, 1916 (Taurus)
Born In
United States
Alternative names
Claude Elwood Shannon
Died on
February 24, 2001
Spouse/Ex-
Mary Elizabeth Moore Shannon (m. 1949)
Parents
Claude, Sr. (1862–1934)
Mabel Wolf Shannon (1890–1945)
Relatives
Catherine Shannon Kay
What is Claude Shannon known for?
Claude Shannon is known as the "father of information theory" for his groundbreaking work in the field of communication and information processing.
What is the Shannon limit?
The Shannon limit, also known as the channel capacity, represents the maximum rate at which data can be reliably transmitted over a communication channel.
What is the significance of Shannon's work on cryptography?
Shannon's work on cryptography laid the foundation for modern secure communication systems, including the development of encryption techniques and methods for ensuring data confidentiality.
How did Claude Shannon's work influence the development of digital computing?
Shannon's contributions to digital computing include the concept of digital circuits, which provided a theoretical framework for designing and building complex electronic systems such as computers.