Method for realtime spoken natural language translation and apparatus therefor

• US 20110307242A1
• Filed: 08/22/2011
• Published: 12/15/2011
• Est. Priority Date: 05/31/2007
• Status: Abandoned Application

• Current Assignee: Mohammad Munwar Alibaig
• Original Assignee: Mohammad Munwar Alibaig
• Inventors: Alibaig, Mohammad Munwar
• Application Number:
  US13/137,499
• Publication Number:
  US 20110307242A1
• Time in Patent Office: Days
• US Class Current: 704/3
• CPC Class Codes: G06F 40/58 Use of machine translation, e.g. for multi-lingual retrieval, for server-side translation for client devices or for real-time translation
• CPC Class Codes: G10L 13/00 Speech synthesis; Text to speech systems
• CPC Class Codes: G10L 15/18 using natural language modelling

Abstract

A method and apparatus for performing real time automatic translation of the spoken language are provided. A spoken language input is received at one end comprising at least one source language and delivered at other end comprising at least one target language using natural language processing technology and language translation processing technology. The spoken language input comprises voice, words, sentences, accent, phrases, and pronunciation to communicate from one user to the other user. Delivered spoken language input goes through disintegration process performed by natural language disintegration technology and encoded into a digitized global source disintegrated language format at one end for target output language translation. The encoded disintegrated digitized global source language format is received by other end and decoded into integrated digitized global target language format which goes through further integration decoding process performed by natural language integration technology and translated into spoken language output comprising at least one target language at other end.

Claims

1. A method for performing real time automatic translation of spoken natural language, comprising:

receiving at least one speech input comprising at least one source language;

recognizing at least one source expression of the at least one source language;

translating the recognized at least one source expression from the at least one source language to at least one target language wherein translating comprising;

processing the recognized at least one source expression through disintegration processing technology chip (Integrated chip) at one end;

disintegrating the recognized at least one source expression into at least twelve encoded language factors at one end;

transferring the twelve encoded language factors to Internal Micro Processor for at least five stages internal disintegration valuation processing performed by processors of Internal Micro Processor at one end;

generating the global language disintegration format at one end;

performing source language translation to target language whereby global language disintegrated format converted into global language integrated format at other end;

transferring the global language integrated format to Internal Micro Processor for at least five stages internal integration valuation processing performed by processors of Internal Micro Processor at other end;

integrating the recognized at least one target expression into at least twelve decoded language factors at other end;

processing the twelve decoded language factors of recognized at least one target expression through integration processing technology chip (Integrated Chip) at other end;

synthesizing at least one speech output from the translated at least one target language; and

providing the at least one speech output.

2. The method for performing real time automatic translation of spoken natural language of claim 1, wherein the method of language disintegration comprising:

processing the recognized at least one source expression through embedded disintegration processing technology chip of Integrated Chip of spoken natural language disintegration processing and programming formats;

disintegrating the recognized at least one source expression into at least twelve encoded language factors by at least twenty nine microchips;

each microchip further comprising at least twenty four micro factors for spoken natural language disintegration processing and programming formats.

3. The method for performing real time automatic translation of spoken natural language of claim 1, wherein the method of language disintegration comprising:

transferring the twelve encoded language factors to Internal Micro Processor for five stages internal disintegration valuation processing;

i) disintegration devices format;

ii) coding format;

iii) naming format;

iv) inter language translation format; and

v) processor end transmission format;

by sub-tools of Internal Micro Processor.

4. The method for performing real time automatic translation of spoken natural language of claim 1, wherein the method of language disintegration comprising:

transferring the five stages processed twelve encoded language factors through Internal Micro Processor to Global Language Machine (GLM) on disintegration protocol boards and converting processed twelve encoded language factors into encoded global language disintegration format.

5. The method for performing real time automatic translation of spoken natural language of claim 1, wherein the method of language integration comprising:

receiving encoded global language disintegration format on integration protocol boards of global language machine and converting into decoded global language integration format;

transferring the decoded global language integration format to Internal Micro Processor for five stages internal integration valuation processing;

i) processor start reception format;

ii) inter language translation format;

iii) renaming format;

iv) decoding format; and

v) integration devices format;

by sub-tools of Internal Micro Processor.

6. The method for performing real time automatic translation of spoken natural language of claim 1, wherein the method of language integration comprising:

transferring the five stages processed twelve encoded language factors to embedded integration processing technology chip of Integrated Chip of spoken natural language integration programming and processing formats;

integrating the recognized at least one target expression into at least twelve decoded language factors by at least twenty nine microchips;

each microchip further comprising at least twenty four micro factors for spoken natural language integration programming and processing formats;

synthesizing at least one speech output from the translated at least one target language; and

providing the at least one speech output.

7. The method of claim 1, wherein the twelve language factors comprising:

speech processing factors including i) vocabulary;

ii) accent;

iii) pronunciation; and

iv) conversation factors configured for exact module recording, voice accuracy, voice recording and voice modulation of spoken speech of a user in one language from one end to the other end in the same manner and with the same effect after translating at least one source language into at least other target language.

8. The method of claim 1, further comprising minimizing distortion of the recognized at least one source expression, wherein the distortion results from factors selected from a group comprising noise and speaker variation.

9. An apparatus for performing real time automatic translation of spoken natural language, comprising:

at least one Integrated Chip and an Internal Micro Processor;

an input coupled to the at least one Integrated Chip, the input capable of receiving speech signal comprising at least one source language, the at least one chip configured to translate the received speech signals by,

recognizing at least one source expression of the at least one source language;

processing the recognized at least one source expression through disintegration processing technology chip (Integrated Chip) at one end;

disintegrating the recognized at least one source expression into at least twelve encoded language factors at one end;

transferring the twelve encoded language factors to Internal Micro Processor for at least five stages internal disintegration valuation processing performed by processors of Internal Micro Processor at one end;

generating the global language disintegration format at one end;

performing source language translation to target language whereby global language disintegrated format converted into global language integrated format at other end;

transferring the global language integrated format to Internal Micro Processor for at least five stages internal integration valuation processing performed by processors of Internal Micro Processor at other end;

integrating the recognized at least one target expression into at least twelve decoded language factors at other end;

processing the twelve decoded language factors of recognized at least one target expression through integration processing technology chip (Integrated Chip) at other end;

synthesizing at least one speech output from the translated at least one target language; and

an output coupled to the at least one Integrated Chip, the output capable of providing the synthesized at least one speech output.

10. The apparatus of claim 9, wherein the Integrated Chip comprising embedded chips of spoken natural language disintegration and integration processing and programming formats.

11. The apparatus of claim 10, wherein each embedded chip comprising at least twenty nine microchips;

each microchip further comprising at least twenty four micro factors for spoken natural language disintegration and integration processing and programming formats.

12. The apparatus of claim 11, wherein twenty nine micro chips comprising speech processing factors including i) vocabulary;

ii) accent;

iii) pronunciation; and

iv) conversation factors configured for exact module recording, voice accuracy, voice recording and voice modulation of spoken speech.

13. The apparatus of claim 9, wherein the twelve language factors transferred to Internal Micro Processor for at least five stages spoken natural language disintegration and integration valuation processing performed by processors of Internal Micro Processor.