Abstract
Intelligent information processing signifies an opportunity of having man's intellectual activity executed on the computer, in which inference, in place of ordinary calculation, is used as the basic operational mechanism for such an information processing. Many inference rules are derived from syllogisms in formal logic. The problem of programming this inference function is referred to as a problem solving. Although logically inference and problem-solving are in close relation, the calculation ability of current computers is on a low level for inferring. For clarifying the relation between inference and computers, nonmonotonic logic has been considered. The paper deals with the above topics. 16 references.
Citation Formats
Goto, S.
Inference rule and problem solving.
Japan: N. p.,
1982.
Web.
Goto, S.
Inference rule and problem solving.
Japan.
Goto, S.
1982.
"Inference rule and problem solving."
Japan.
@misc{etde_6483267,
title = {Inference rule and problem solving}
author = {Goto, S}
abstractNote = {Intelligent information processing signifies an opportunity of having man's intellectual activity executed on the computer, in which inference, in place of ordinary calculation, is used as the basic operational mechanism for such an information processing. Many inference rules are derived from syllogisms in formal logic. The problem of programming this inference function is referred to as a problem solving. Although logically inference and problem-solving are in close relation, the calculation ability of current computers is on a low level for inferring. For clarifying the relation between inference and computers, nonmonotonic logic has been considered. The paper deals with the above topics. 16 references.}
journal = []
volume = {4}
journal type = {AC}
place = {Japan}
year = {1982}
month = {Apr}
}
title = {Inference rule and problem solving}
author = {Goto, S}
abstractNote = {Intelligent information processing signifies an opportunity of having man's intellectual activity executed on the computer, in which inference, in place of ordinary calculation, is used as the basic operational mechanism for such an information processing. Many inference rules are derived from syllogisms in formal logic. The problem of programming this inference function is referred to as a problem solving. Although logically inference and problem-solving are in close relation, the calculation ability of current computers is on a low level for inferring. For clarifying the relation between inference and computers, nonmonotonic logic has been considered. The paper deals with the above topics. 16 references.}
journal = []
volume = {4}
journal type = {AC}
place = {Japan}
year = {1982}
month = {Apr}
}