Method and system for using natural language techniques to process inputs

A method for analyzing a linguistic input comprising, at a computing device:

• receiving the linguistic input, the linguistic input comprising at least one word;
• accessing prestored language data for a language corresponding to the linguistic input;
• converting the linguistic input into a text possibility based on the received language data;
• determining a meaning of the text possibility based on the prestored language data, including:
• selecting a subset of the text possibility;
• generating at least one new language construction and at least one new lexeme based on the subset of the text possibility;
• identifying a known language construction that matches the at least one new language construction;
• combining the known language construction that matches the subset of the text possibility with another language construction to generate a meaning possibility;
• generating a semantic structure for the meaning possibility of the text possibility;
• modifying the semantic structure for the meaning possibility based on the prestored language data;
• and
• determining the action to perform based on the modified semantic structure for the meaning possibility.

A method for analyzing a linguistic input comprising, at a computing device:

• accessing prestored data, the prestored data containing at least one of language constructions, lexemes, world knowledge, statistical regularities, and contextual information;
• generating a new language construction and lexeme based on the prestored data;
• generating an additional language construction and lexeme based on a combination of prior language constructions and lexemes;
• converting the prestored data into a different format;
• storing the converted data in the different format;
• receiving the linguistic input, the linguistic input comprising at least one word;
• converting the linguistic input into a text possibility based on the converted data comprising the new and additional language constructions and lexemes;
• determining a meaning of the text possibility based on the converted data;
• generating at least one semantic structure corresponding to the determined meaning;
• and
• determining an action to perform based on the generated at least one semantic structure.

A system for analyzing a linguistic input comprising:

• one or more processors communicatively coupled to a network;
• wherein the one or more processors are configured to:
• receive the linguistic input, the linguistic input comprising at least one word;
• access prestored language data for a language corresponding to the linguistic input;
• convert the linguistic input into a text possibility based on the received language data;
• determine a meaning of the text possibility based on the prestored language data;
• generate at least one semantic structure corresponding to the determined meaning;
• generate a new language construction and/or lexeme based on the text possibilty;
• and
• determine an action to perform based on the generated at least one semantic structure.

A system for analyzing a linguistic input comprising:

• one or more processors communicatively coupled to a network;
• wherein the one or more processors are configured to:
• access prestored data, the prestored data containing at least one of language constructions, lexemes, world knowledge, statistical regularities, and contextual information;
• generate a new language construction and lexeme based on the prestored data;
• generate an additional language construction and lexeme based on a combination of prior language constructions and lexemes;
• convert the prestored data into a different format;
• store the converted data in the different format;
• receive the linguistic input, the linguistic input comprising at least one word;
• convert the linguistic input into a text possibility based on the converted data comprising the new and additional language constructions and lexemes;
• determine a meaning of the text possibility based on the converted data;
• generate at least one semantic structure corresponding to the determined meaning;
• and
• determine an action to perform based on the generated at least one semantic structure.