DEDICATED HARDWARE/SOFTWARE VOICE-TO-TEXT SYSTEM
First Claim
Patent Images
1. A text preparation system, comprising:
- a first and a second CPU, a random access memory (RAM), an audio coder-decoder (CODEC) module, a Universal Serial Bus (USB) module, a persistent memory and a display module interconnected by a bus system;
one or more USB interfaces, a video output interface, a microphone input, a power input connection, and a pointer input device, all implemented on outside surfaces of a physical framework, and all communicating with elements connected to the bus system;
a video display coupled to the display module connected to the bus system;
a first voice-to-text software executed exclusively by the first CPU, which is dedicated to only the first voice-to-text software, selecting from a first lexicon comprising words and phrases in response to voice input by a user and entering the words and phrases in a document as machine-readable text; and
a second voice-to-text software executed by the second CPU and operating as a correction application, selecting characters comprising letters and punctuation marks from a second lexicon;
wherein voice commands enable the user to initiate the first and the second voice-to-text software and associated lexicons alternately, the second software and lexicon providing a corrections mode for errors made by the first voice-to-text software.
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Abstract
A text preparation system has a first and a second CPU, with the first dedicated to a conventional voice-to-text software and the second to all other functions including a voice-to-text correction software. Voice commands enable the user to initiate the first and the second voice-to-text software and associated lexicons alternately, the second software and lexicon providing a corrections mode for errors made by the first voice-to-text software.
19 Citations
13 Claims
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1. A text preparation system, comprising:
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a first and a second CPU, a random access memory (RAM), an audio coder-decoder (CODEC) module, a Universal Serial Bus (USB) module, a persistent memory and a display module interconnected by a bus system; one or more USB interfaces, a video output interface, a microphone input, a power input connection, and a pointer input device, all implemented on outside surfaces of a physical framework, and all communicating with elements connected to the bus system; a video display coupled to the display module connected to the bus system; a first voice-to-text software executed exclusively by the first CPU, which is dedicated to only the first voice-to-text software, selecting from a first lexicon comprising words and phrases in response to voice input by a user and entering the words and phrases in a document as machine-readable text; and a second voice-to-text software executed by the second CPU and operating as a correction application, selecting characters comprising letters and punctuation marks from a second lexicon; wherein voice commands enable the user to initiate the first and the second voice-to-text software and associated lexicons alternately, the second software and lexicon providing a corrections mode for errors made by the first voice-to-text software. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8)
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9. A method for enhancing voice-to-text operation in a computer, comprising the steps of:
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(a) executing a first voice-to-text software exclusively by a first CPU, selecting from a first lexicon comprising words and phrases in response to voice input by a user and entering the words and phrases in a document as machine-readable text; (b) executing a second voice-to-text software by a second CPU as a correction application, selecting characters comprising letters and punctuation marks in response to voice input by the user from a second lexicon and entering the letters and or punctuation marks as machine-readable text; and (c) providing commands for the user to switch from the first voice-to-text software to the corrections mode. - View Dependent Claims (10, 11, 12, 13)
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Specification