Abstract
Consider a set S of statements that may be taken to represent an idealized body of scientific knowledge. Let s 1 and s 2 be members of S. Should we regard the conjunction of s 1 and s 2, also as a member of S? It is tempting to answer in the affirmative, and a number of writers, whose systems we shall consider below, have indeed answered this way.
Much of the research on which this paper is based has been supported by the National Science Foundation, through grants 708, 1179, and 1962.
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References
Except in one of Keith Lehrer’s systems, described in this volume.
A muddier version of this argument was presented in [11]; a cleaned-up version is mentioned by Harman in [2].
These principles are not essential parts of the Bayesian or Classical statistical theory. One can develop the theory of statistical inference without considering the question of acceptance one way or the other. The classical theory requires us to reject certain hypotheses, but it is hardly necessary to point out (as statisticians of this persuasion inevitably do) that to reject a statement is not (necessarily) to accept it. Bayesian theory is sometimes coupled with a philosophy according to which one never accepts any hypothesis.
The test interval for ‘p ∈ (a, f)’ will include the closed interval [a, f] and the test interval for ‘p ∈ (f, b)’ will include the closed interval [f, b].
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© 1970 D. Reidel Publishing Company, Dordrecht, Holland
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Kyburg, H.E. (1970). Conjunctivitis. In: Swain, M. (eds) Induction, Acceptance and Rational Belief. Synthese Library, vol 26. Springer, Dordrecht. https://doi.org/10.1007/978-94-010-3390-9_4
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