A Symbolic Analysis of Relay and Switching Circuits

E3530

A Symbolic Analysis of Relay and Switching Circuits is Claude Shannon’s landmark 1937 master’s thesis that founded modern digital circuit design by applying Boolean algebra to relay and switching systems.


Statements (46)
Predicate Object
instanceOf academic thesis
master's thesis
scientific work
academicDiscipline information theory precursor
advisor Vannevar Bush
appliesTo relay circuits
switching circuits
author Claude E. Shannon
Claude Shannon
contribution established formal correspondence between logic and relay networks
introduced systematic method for designing switching circuits using Boolean algebra
showed how logical propositions can be implemented with relay circuits
countryOfOrigin United States
degree Master of Science
describedAs foundational text of digital circuit theory
landmark work in the history of computing
field computer science
digital circuit design
electrical engineering
mathematical logic
hasForm digital scan
printed thesis
influenced computer engineering
digital electronics
logic design of computers
influencedBy George Boole's Boolean algebra
relay technology
institution Massachusetts Institute of Technology
language English
notableFor bridging abstract logic and physical hardware implementation
originalMedium typewritten thesis
pageCountApproximate about 100 pages
publisher Massachusetts Institute of Technology (as thesis repository)
relatedTo Boolean algebra
digital logic
logic circuits
switching theory
significance demonstrated equivalence between Boolean algebra and switching circuits
founded modern digital circuit design
provided mathematical foundation for digital computers
timePeriod 20th century
topic logical design of switching circuits
symbolic analysis of relay circuits
symbolic analysis of switching circuits
uses Boolean algebra
yearCompleted 1937

Referenced by (1)
Subject (surface form when different) Predicate
Claude Shannon
doctoralThesisTitle

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