Method for identifying the integrity of information

• US 9,063,923 B2
• Filed: 03/18/2010
• Issued: 06/23/2015
• Est. Priority Date: 03/18/2009
• Status: Active Grant

• Current Assignee: Entigenlogic LLC
• Original Assignee: Iqintell, Inc.
• Inventors: Williams, Frank John
• Primary Examiner(s): GUERRA-ERAZO, EDGAR X
• Application Number:
  US12/661,612
• Publication Number:
  US 20100241419A1
• Time in Patent Office: 1,923 Days
• Field of Search: 704/9, 704/10, 704/270, 704/270.1, 704/275
• US Class Current: 1/1
• CPC Class Codes: G06F 40/237 Lexical tools

Abstract

A preferred method for identifying at least one of a grammatical, linguistic and/or conceptual integrity of a data corpus is disclosed. In a preferred method, the associations between several word elements of a data corpus are identified. Then, the word elements experiencing several associations are used for identifying the continuum between associations and the number of word elements involved and/or not involved in the associations which is then used for identifying at least one of a: linguistic, semantic, grammatical, conceptual or other integrity or coherence of the analyzed data corpus, such as a query for optionally displaying a data corpus understanding and/or selecting a particular search behavior or other.

Claims

1. A method of determining integrity of a data string consisting of a plurality of n word elements, the method comprising:

a) using a first word element of the n word elements, determining if the first word element may be associated with any of the remaining n−

1 word elements that follow using a conceptual associative protocol;

b) for each of the remaining n−

1 word elements that follow that may be associated with the first word element using the conceptual associative protocol, forming an association consisting of the first word element in a first position of the association and the corresponding word element of the remaining n−

1 word elements in a second position of the association;

c) repeating steps a) and b) with each and every one of the remaining n−

1 word elements;

d) storing the associations formed in steps a) through c) in an association table; and

e) performing an integrity analysis of the associations stored in the association table by determining if each and every word element of the n word elements matches at least one other word element of an association of the association table.

2. The method of determining integrity of a data string consisting of a plurality of n word elements of claim 1, wherein the data string consists of one of the following:

a sentence, a plurality of sentences, a phrase, a plurality of phrases, and a string of m words, where m is any number three or greater.

3. The method of determining integrity of a data string consisting of a plurality of n word elements of claim 2, where the step of performing an integrity analysis further comprises the steps of:

f) using the first word element of the n word elements, determining if the first word element is present in the association table by comparing the first word element with each word element of the an association table until a match is made or the end of the association table is reached;

g) if a match is made in step f), repeat step f) using each and every word element of the remaining n−

1 word elements;

h) if the end of the association table is reached in step f), identifying the data string as not conceptually correct or coherent and terminating the method; and

i) if all word elements of the n word elements have been associated with another word element, determining if all of the associations of the association table form, through the associations, a single continuous network that includes each and every word element of the n word elements.

4. The method of determining integrity of a data string consisting of a plurality of n word elements of claim 3, where the step of determining if the associations of the association table form, through the associations, a single continuous network, further comprises the steps of:

j) identifying the word element in the first position and the word element in the second position of the first association of the association table as “

tallied”

;

k) using the word element in the second position of the first association of the association table, matching the same word element in a first position of another association of the association table and identifying the word element in the second position of the matching association of the association table as “

tallied”

;

l) using the word element in the second position of the matching association of the association table, repeat step k) until there are no further matches made between the word element in the second position of an association of the association table and the word element in the first position of an association of the association table;

m) determining if all word elements of the data string are identified as “

tallied”

; and

n) if all word elements of the data string are identified as “

tallied,”

identifying the integrity of the data string as conceptually correct and coherent and terminating the method.

5. The method of determining integrity of a data string consisting of a plurality of n words of claim 1, wherein the conceptual associative protocol comprises grammatical rules.

6. The method of determining integrity of a data string consisting of a plurality of n word elements of claim 5, wherein the data string consists of one of the following:

a sentence, a plurality of sentences, a phrase, a plurality of phrases, and a string of m words, where m is any number three or greater.

7. The method of determining integrity of a data string consisting of a plurality of n word elements of claim 6, where the step of performing an integrity analysis further comprises the steps of:

f) using the first word element of the n word elements, determining if the first word element is present in the association table by comparing the first word element with each word element of the an association table until a match is made or the end of the association table is reached;

g) if a match is made in step f), repeat step f) using each and every word element of the remaining n−

1 word elements;

h) if the end of the association table is reached in step f), identifying the data string as not conceptually correct or coherent and terminating the method; and

i) if all word elements of the n word elements have been associated with another word element, determining if all of the associations of the association table form, through the associations, a single continuous network that includes each and every word element of the n word elements.

8. The method of determining integrity of a data string consisting of a plurality of n word elements of claim 7, where the step of determining if the associations of the association table form, through the associations, a single continuous network, further comprises the steps of:

j) identifying the word element in the first position and the word element in the second position of the first association of the association table as “

tallied”

;

k) using the word element in the second position of the first association of the association table, matching the same word element in a first position of another association of the association table and identifying the word element in the second position of the matching association of the association table as “

tallied”

;

l) using the word element in the second position of the matching association of the association table, repeat step k) until there are no further matches made between the word element in the second position of an association of the association table and the word element in the first position of an association of the association table;

m) determining if all word elements of the data string are identified as “

tallied”

; and

n) if all word elements of the data string are identified as “

tallied,”

identifying the integrity of the data string as grammatically correct and coherent and terminating the method.