Reification (knowledge representation) - 6 Angebote vergleichen
Bester Preis: € 18,26 (vom 13.04.2018)1
UNIVAC 1105
NWISBN: 9786131441943 bzw. 6131441944, Sprache unbekannt, neu.
Lieferung aus: Deutschland, Lieferzeit: 6 Tage.
High Quality Content by WIKIPEDIA articles! The UNIVAC 1105 was a follow-on computer to the UNIVAC 1103A introduced by Sperry Rand in September, 1958. The UNIVAC 1105 had either 8,192 or 12,288 words of 36 bit magnetic core memory, in two or three banks of 4,096 words each. Magnetic drum memory provided either 16,384 or 32,768 words, in one or two drums with 16,384 words each. Sixteen to twenty four UNISERVO II tape drives were connected, with a maximum capacity (not counting block overhead) of 1,200,000 words per tape.
High Quality Content by WIKIPEDIA articles! The UNIVAC 1105 was a follow-on computer to the UNIVAC 1103A introduced by Sperry Rand in September, 1958. The UNIVAC 1105 had either 8,192 or 12,288 words of 36 bit magnetic core memory, in two or three banks of 4,096 words each. Magnetic drum memory provided either 16,384 or 32,768 words, in one or two drums with 16,384 words each. Sixteen to twenty four UNISERVO II tape drives were connected, with a maximum capacity (not counting block overhead) of 1,200,000 words per tape.
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Reification (knowledge representation)
NWISBN: 9786131419218 bzw. 6131419213, Sprache unbekannt, neu.
Lieferung aus: Schweiz, Lieferzeit: 11 Tage.
High Quality Content by WIKIPEDIA articles! Reification in knowledge representation involves the representation of factual assertions, that are referred to by other assertions, which might then be manipulated in some way. e.g., to compare logical assertions from different witnesses in order to determine their credibility. The message "John is six feet tall" is an assertion involving truth, that commits the speaker to its factuality, whereas the reified statement, "Mary reports that John is six feet tall" defers such commitment to Mary. In this way, the statements can be incompatible without creating contradictions in reasoning. For example the statements "John is six feet tall" and "John is five feet tall" are mutually exclusive (thus, incompatible), but, the statements "Mary reports that John is six feet tall," and "Paul reports that John is five feet tall," are not incompatible, as they both are governed by a conclusive rationale, that either Mary or Paul (or both) is, in fact, incorrect.
High Quality Content by WIKIPEDIA articles! Reification in knowledge representation involves the representation of factual assertions, that are referred to by other assertions, which might then be manipulated in some way. e.g., to compare logical assertions from different witnesses in order to determine their credibility. The message "John is six feet tall" is an assertion involving truth, that commits the speaker to its factuality, whereas the reified statement, "Mary reports that John is six feet tall" defers such commitment to Mary. In this way, the statements can be incompatible without creating contradictions in reasoning. For example the statements "John is six feet tall" and "John is five feet tall" are mutually exclusive (thus, incompatible), but, the statements "Mary reports that John is six feet tall," and "Paul reports that John is five feet tall," are not incompatible, as they both are governed by a conclusive rationale, that either Mary or Paul (or both) is, in fact, incorrect.
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Reification (Knowledge Representation)
ISBN: 9786131419218 bzw. 6131419213, Sprache unbekannt, Betascript Publishing.
Lieferung aus: Vereinigte Staaten von Amerika, Lagernd.
Reification (Knowledge Representation) Surhone, Lambert M. / Tennoe, Mariam T. / Henssonow, Susan F. High Quality Content by WIKIPEDIA articles Reification in knowledge representation involves the representation of factual assertions, that are referred to by other assertions; which might then be manipulated in some way. e.g., to compare logical assertions from different witnesses in order to determine their credibility. The message "John is six feet tall" is an assertion involving truth, that commits the speaker to its factuality, whereas the reified statement, "Mary reports that John is six feet tall" defers such commitment to Mary. In this way, the statements can be incompatible without creating contradictions in reasoning. For example the statements "John is six feet tall" and "John is five feet tall" are mutually exclusive (thus, incompatible); but, the statements "Mary reports that John is six feet tall," and "Paul reports that John is five feet tall," are not incompatible, as they both are governed by a conclusive rationale, that either Mary or Paul (or both) is, in fact, incorrect.
Reification (Knowledge Representation) Surhone, Lambert M. / Tennoe, Mariam T. / Henssonow, Susan F. High Quality Content by WIKIPEDIA articles Reification in knowledge representation involves the representation of factual assertions, that are referred to by other assertions; which might then be manipulated in some way. e.g., to compare logical assertions from different witnesses in order to determine their credibility. The message "John is six feet tall" is an assertion involving truth, that commits the speaker to its factuality, whereas the reified statement, "Mary reports that John is six feet tall" defers such commitment to Mary. In this way, the statements can be incompatible without creating contradictions in reasoning. For example the statements "John is six feet tall" and "John is five feet tall" are mutually exclusive (thus, incompatible); but, the statements "Mary reports that John is six feet tall," and "Paul reports that John is five feet tall," are not incompatible, as they both are governed by a conclusive rationale, that either Mary or Paul (or both) is, in fact, incorrect.
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Decimal Computer
NWISBN: 9786131424427 bzw. 613142442X, Sprache unbekannt, neu.
Lieferung aus: Deutschland, Lieferzeit: 7 Tage.
High Quality Content by WIKIPEDIA articles! Decimal computers represent numbers and/or addresses in decimal, and provide instructions to operate on those numbers and/or addresses directly; examples of encoding used are BCD, Excess-3, two-out-of-five code, ASCII, and EBCDIC. Many early computers, for example the ENIAC, IBM 702, IBM 705, IBM 650, IBM 1401, IBM 1620, IBM NORC, IBM 7070, IBM 7080, UNIVAC I, UNIVAC II and UNIVAC III used decimal arithmetic (IBM 1401 addresses were a combination of decimal and binary arithmetic).
High Quality Content by WIKIPEDIA articles! Decimal computers represent numbers and/or addresses in decimal, and provide instructions to operate on those numbers and/or addresses directly; examples of encoding used are BCD, Excess-3, two-out-of-five code, ASCII, and EBCDIC. Many early computers, for example the ENIAC, IBM 702, IBM 705, IBM 650, IBM 1401, IBM 1620, IBM NORC, IBM 7070, IBM 7080, UNIVAC I, UNIVAC II and UNIVAC III used decimal arithmetic (IBM 1401 addresses were a combination of decimal and binary arithmetic).
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