A computer system having speech recognition functionality, a display screen, a microphone, and a mouse having pointer and voice buttons. The voice button located on the mouse is used to turn the microphone "on" and "off". The voice button in conjunction with the mouse are used to signal the computer to display the recognized spoken command. The pointer button located on the mouse is used to provide a standard "point and click" function so that a user can select text or object(s) on the display screen. The computer will apply recognized spoken commands only to the restricted selection. Voice icons are used to aid in the correction of any erroneous interpretation by the speech recognizer circuitry within the computer. A list of alternative commands are displayed in menu format associated with each icon so that the user can use the voice button and mouse to select the desired correct command. The computer then automatically corrects the erroneous interpretation. Each alternative has its own separate menu of synonyms and paraphrases to aid in locating and identifying the correct command.
This is a continuation of application Serial No. 07/804.077, filed Dec. 6, 1991 now abandoned.
A portion of the disclosure of this patent document contains material, such as illustrations of graphical user interface images, which is protected by copyrights owned by the assignee of the present invention. The assignee hereby reserves it rights, including copyrights, in these materials, and each such material should be regarded as bearing the following notice: Copyright Apple Computer, Inc. The copyright owner has no objection to the facsimile reproduction by anyone of the patent document or the patent disclosure, as it appears in the Patent and Trademark Office patent file or records, but otherwise reserves all copyright rights whatsoever.
The system includes a remote controlled apparatus furnished with a display device or adapted to be linked to such a device; a remote control device comprising a microphone; voice recognition circuit adapted to receive the signal emanating from the microphone and to generate a signal for controlling a functional feature of the apparatus corresponding to the word or group of words picked up by the microphone. The system comprises means for displaying on the said screen a list of the words or groups of words corresponding to the functional features of the apparatus which can be accessed by voice control in a window of the screen so as to enable the user to ascertain the key words which he has to utter in order to trigger these functional features.
A voice recognition system and method for training the same are provided wherein a first voice signal representing an instruction as well as a predetermined instruction signal corresponding to the first voice signal and identifying the instruction are input to the voice recognition system. The system processes the first voice signal based on the predetermined instruction signal to produce voice recognition data for use by the system in identifying the instruction based on a second voice signal representing the same instruction. The processor stores the voice recognition data for subsequent use upon receipt of the second voice signal and carries out the instruction in response to the predetermined instruction signal corresponding to the first voice signal.
An input device which includes plural inputting units, each accepting external information, including a unit for recognizing an input time of input information accepted via each of the plural inputting means; a unit for dividing or merging the input information into a predetermined primitive analysis unit, to obtain a recognition result; a unit for estimating the input time of a unit recognition result, by using an estimating method predetermined for each of the inputting units; and a unit for collecting some of the recognition results whose estimated input times are close to one another, and outputting the collected information as a semantic analysis unit. An input content is specified by collecting plural pieces of input information being signals input from plural inputting units.
In a speech recognition system of a mobile telephone the words are organized in a trellis structure. Thus, at each instant the speech recognition system only needs to search a limited part of the entire vocabulary. Such an arrangement solves the problem of having to search many words at a time, which is time consuming and imposes a high computational load on the system, and will therefore significantly increase the accuracy for the speech recognition system.
An in-vehicle navigation system is capable of reducing a burden on the user for utilizing an audio manipulation function. In response to a manual input manipulation, the navigation system audibly or visually presents an audio manipulation phrase which is used when the manipulation is performed through an audio manipulation.
