### Some articles on *machine, computing machine*:

Calculus Ratiocinator - Two Views - The Synthetic View

... The synthetic view understands the calculus ratiocinator as referring to a "calculating

... The synthetic view understands the calculus ratiocinator as referring to a "calculating

**machine**" ... computer “ The history of the modern**computing machine**goes back to Leibniz and Pascal ... Indeed, the general idea of a**computing machine**is nothing but a mechanization of Leibniz's calculus ratiocinator ...Turing's Proof - Summary of Proof #3

... Section 6 describes the very specific "encoding" of

... Section 6 describes the very specific "encoding" of

**machine**M on the tape of a "universal**machine**" U ... This requires the reader to know some idiosyncrasies of Turing's universal**machine**U and the encoding scheme ... (i) The universal**machine**is a set of "universal" instructions that reside in an "instruction table" ...Turing's Proof - Summary of The Proofs

... First proof that no "

... First proof that no "

**computing machine**" exists that can decide whether or not an arbitrary "**computing machine**" (as represented by an integer 1, 2, 3 ... the "diagonal process", in fact shows that his**machine**(called H) cannot calculate its own number, let alone the entire diagonal number (Cantor's diagonal argument) "The fallacy in ... more familiar to readers as Rice's Theorem "We can show further that there can be no**machine**E which, when supplied with the S.D of an arbitrary**machine**M ...### Famous quotes containing the word machine:

“But it is found that the *machine* unmans the user. What he gains in making cloth, he loses in general power. There should be a temperance in making cloth, as well as in eating.”

—Ralph Waldo Emerson (1803–1882)