LOGIFOLG
First Claim
1. A computer-implemented method for finding implicit information in written natural language sentences comprising the steps of:
- (a) a computer processor, linked to user, who types in a written text, sentence or sentences, with a request this written text to be analysed, sentence by sentence, in order to find implicit information in it; and
(b) the computer processor reads the user'"'"'s written sentence, understands its meaning by analysing successive and non-successive words, up to five words in a sequence, within the sentence or the clause; and
(c) the computer processor finds logically entailed, new, novel, implicit information, which is not explicitly mentioned in the written sentence, neither contained in the synonyms of its constituent words, nor present in the concept(s) the words belong to; and
(d) the computer based software application is a computer software process for analysing the text, sentence after sentence, and displaying the implicit information in written form, for each sentence, as a variant of this sentence.
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Abstract
LOGIFOLG is a system and method for finding implicit information that is not explicitly mentioned in the sentence, not contained in the synonyms of the particular word, not present in the concept the word belongs to, not found with statistical or concordance based analysis. Nevertheless, this implicit information is present and understood, implicitly, consciously or unconsciously, by everybody who reads the text. LOGIFOLG uses a computer software process, such as computer-executable program code, to discover this implicit information. The steps in this process are: analyzing user'"'"'s written input, up to five successive and non-successive words in a sequence, understanding the meaning of the written input, finding implicit information in the written input and finally, displaying the implicit information as a variant of the original sentence. The subject matter of the invention deals with Artificial Reasoning, namely inductive and deductive reasoning, based on Natural Language written sentences. The medium is non-transitory.
8 Citations
3 Claims
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1. A computer-implemented method for finding implicit information in written natural language sentences comprising the steps of:
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(a) a computer processor, linked to user, who types in a written text, sentence or sentences, with a request this written text to be analysed, sentence by sentence, in order to find implicit information in it; and (b) the computer processor reads the user'"'"'s written sentence, understands its meaning by analysing successive and non-successive words, up to five words in a sequence, within the sentence or the clause; and (c) the computer processor finds logically entailed, new, novel, implicit information, which is not explicitly mentioned in the written sentence, neither contained in the synonyms of its constituent words, nor present in the concept(s) the words belong to; and (d) the computer based software application is a computer software process for analysing the text, sentence after sentence, and displaying the implicit information in written form, for each sentence, as a variant of this sentence. - View Dependent Claims (3)
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2. An automated, intelligent, computer system having a database of coded information, comprising:
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(a) a computer processor linked to one or more users; wherein the computer processor can receive the user'"'"'s written input; and (b) an automated intelligent system which is controlled by the computer processor, wherein the automated intelligent system has a machine program code, wherein the machine program code is executable to perform a reasoning process, wherein the reasoning process is tied to a database of words with coded information, wherein the coded information comprises part-of-speech information, including morphological, grammatical, syntactical and semantical information, wherein the reasoning process is tied to a built-in semantic representation of word meanings and their relationships, wherein the automated intelligent system analyses user'"'"'s written input, wherein the automated intelligent system understands the grammatical and syntactical structure of user'"'"'s written input and its meaning, wherein the automated intelligent system finds hidden, implicit, meaning in users'"'"'s written input, wherein the automated intelligent system displays the implicit meaning, wherein the displayed implicit meaning can be used further by other, internal or external machines, for other tasks.
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Specification