Granted Patent B2

US 9,396,178 · App. 14/300,174 · Granted Jul 19, 2016

Abstract

Claims (64)

1. A computer implemented method for automated dictionary population, comprising:

providing a processor executing instructions for:

receiving a message containing words;

parsing the words of the message;

comparing each word to entries of at least one dictionary to identify new words that are not in said at least one dictionary;

storing said new words in a supplementary word list; and

parsing a group of adjacent words, wherein if none of said ad adjacent words are found in said at least one dictionary, storing said adjacent words with additional information that allows them to remain linked.

2. The method of claim 1 , further comprising:

identifying phrases from the parsed words by identifying phrase markers, wherein the phrase markers include at least one of italicized word groups, quoted word groups, bolded word groups, capitalized word groups, and word groups containing more than one new word.

3. The method of claim 1 , further comprising:

indexing word use, based upon any of word use likelihood, frequency, and recency, to avoid repetitively storing multiple copies of a particular word.

4. The method of claim 1 , further comprising:

applying word prediction or completion techniques to said new words stored in said supplementary word list to present word candidates to a user more frequently than those extracted from a static dictionary.

5. The method of claim 1 , further comprising:

adding words to one or more remote dictionaries when said words are saved to said supplementary word list.

6. The method of automated dictionary population, as recited in claim 1 , wherein the parsing and comparing of the words is performed as each word is retrieved.

7. A computer implemented method for automated dictionary population, comprising:

providing a processor executing instructions for:

receiving a message containing words;

parsing the words of the message;

comparing each word to entries of at least one dictionary to identify new words that are not in said at least one dictionary; and

storing said new words in a supplementary word list; and

further comprising processing profanities, wherein the processing profanities comprises:

identifying profanities within the parsed words by comparing the parsed words to a profanity word list;

modifying the profanities by replacing at least some of the profanity with a symbol.

8. The method of claim 7 , further comprising:

displaying the modified profanity to a user in a candidate list;

requesting feedback from the user;

receiving user feedback, wherein the feedback includes selection and de-selection of the profanities, wherein de-selection of the profanity may be at least one of explicit and implicit;

if the feedback includes selection of the profanities:

then, displaying the profanity to the user; and

storing the profanities;

else, if the feedback includes de-selection of the profanities:

then, removing the profanities from the candidate list.

9. An automated dictionary system, comprising:

a processor receiving a message containing words;

said processor parsing the words of the message;

said processor comparing each word to entries of at least one dictionary to identify new words that are not in said at least one dictionary;

said processor storing said new words in a supplementary word list; and

said processor parsing a group of adjacent words, wherein if none of said adjacent words are found in said at least one dictionary, storing said adjacent words with additional information that allows them to remain linked.

10. The system of claim 9 , wherein the parsing and comparing of the words is performed as each word is retrieved.

11. The system of claim 9 , further comprising:

said processor identifying phrases from the parsed words by identifying phrase markers, wherein the phrase markers include at least one of italicized word groups, quoted word groups, bolded word groups, capitalized word groups, and word groups containing more than one new word.

12. The system of claim 9 , further comprising:

said processor indexing word use, based upon any of word use likelihood, frequency, and recency, to avoid repetitively storing multiple copies of a particular word.

13. The system of claim 9 , further comprising:

said processor applying word prediction or completion techniques to said new words stored in said supplementary word list to present word candidates to a user more frequently than those extracted from a static dictionary.

14. The system of claim 9 , further comprising:

said processor adding words to one or more remote dictionaries when said words are saved to said supplementary word list.

15. An automated dictionary system, comprising:

a processor receiving a message containing words;

said processor parsing the words of the message;

said processor comparing each word to entries of at least one dictionary to identify new words that are not in said at least one dictionary;

said processor storing said new words in a supplementary word list;

said processor identifying profanities within the parsed words by comparing the parsed words to a profanity word list; and

said processor modifying the profanities by replacing at least some of the profanity with a symbol.

16. The system of claim 15 , further comprising:

said processor displaying the modified profanity to a user in a candidate list;

said processor requesting feedback from the user;

said processor receiving user feedback;

wherein the feedback includes selection and de-selection of the profanities;

wherein de-selection of the profanity may be at least one of explicit and implicit; and

if the feedback includes selection of the profanities, then said processor displaying the profanity to the user and storing the profanities;

else, if the feedback includes de-selection of the profanities, then said processor removing the profanities from the candidate list.

Assignments (8)