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<p>This article reviews the history of the use of computers to automate mathematical proofs. It identifies three broad strands of work: automatic theorem proving where the aim is to simulate human processes of deduction; automatic theorem proving where any resemblance to how humans deduce is considered to be irrelevant; and interactive theorem proving, where the proof is directly guided by a human being. The first strand has been underpinned by commitment to the goal of artificial intelligence; practitioners of the second strand have been drawn mainly from mathematical logic; and the third strand has been rooted primarily in the verification of computer programs and hardware designs.</p>

D. MacKenzie, "The Automation of Proof: A Historical and Sociological Exploration," in IEEE Annals of the History of Computing, vol. 17, no. , pp. 7-29, 1995.
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