Abstract: A device with a voice-assisted system is provided by using a voice command to adjust operations. The voice-assisted system includes a voice recognition engine and a control device. The voice recognition engine receives a voice command and outputting a voice signal based on the voice command to the control unit. The control unit based on the voice signal adjusts the operations. A user is only required to input the voice command. The voice recognition engine performs a series of actions to adjust the operations. Therefore, the voice-assisted system can enhance convenience of adjusting the operations of the device and reduce operation complexity for the user.

Abstract: A video device with a voice-assisted system is provided by using a voice command to adjust the images. The voice-assisted system includes a voice recognition engine and a control unit. The voice recognition engine receives a voice command and outputting a voice signal based on the voice command to the control unit. The control unit based on the voice signal performs the adjustment actions to adjust image. The user only requires inputting a single voice command. The voice recognition engine then can perform a series of actions to adjust image. Therefore, the voice-assisted system can enhance the convenience of adjusting the image of the video device and reduce the operation complexity for the user.

Abstract: An input system for mobile search and a method therefor are provided. The input system includes an input module receiving a code input for a specific term and a voice input corresponding thereto, a database including a glossary and an acoustic model, wherein the glossary includes a plurality of terms and a sequence list, and each of the terms has a search weight based on an order of the sequence list, a process module selecting a first number of candidate terms from the glossary according to the code input by using an input algorithm and obtaining a second number of candidate terms by using a speech recognition algorithm to compare the voice input with the first number of candidate terms via the acoustic model, wherein the second number of candidate terms are listed in a particular order based on their respective search weights, and an output module showing the second number of candidate terms in the particular order for selecting the specific term therefrom.

Abstract: Disclosed is a voice control method, by which a user may effectively control an electronic device to operate through a voice control input without the situation encountered where a voice control command can sometimes not be received and responded by the electronic device.

Abstract: A portable device providing a speech-synthesizing interface is provided. The portable device includes a portable main unit being inputted thereinto, storing and processing one of a text data and a music, transmitting a human voice data, receiving a command for one of the text data and the music, and at least includes a speech-synthesizing module converting the text data into the human voice data; and a wireless communication module connected with the speech-synthesizing module, wirelessly receiving the command and wirelessly transmitting one of the human voice data and the music; and at least one wireless headset wirelessly transmitting the command to the portable main unit and receiving and playing one of the human voice data and the music transmitted from the wireless communication module of the portable main unit within an effective receiving and transmitting range.

Abstract: A method for a speech input is provided. The method includes steps of: (a) establishing a hierarchical command list having a plurality of classified commands and a plurality of predetermined commands in a first device, (b) issuing a first speech command to the first device from a third device of a second device so that the first device obtains a first classified command corresponding to the first speech command, (c) determining a first command set from the plurality of predetermined commands via the first device based on the first classified command, (d) controlling the first device by the third device so as to cyclically provide each command in the first command set, (e) issuing a second speech command according to the each command in the first command set, (f) recognizing the second speech command with the first device, and (g) performing an operation corresponding to the recognized second speech command.

Abstract: In the present invention, a speech input method for the portable device is provided. The speech input method includes steps of (a) selecting a language mode and determining an acoustic unit, (b) inputting a speech by a user and comparing the speech with the acoustic unit to generate a plurality of recognition results, (c) selecting one of the recognition results for obtaining a plurality of keywords with a recognition result-to-keyword mapping table, (d) obtaining a plurality of selected results having the keywords therein from a database by using the keywords as search units, (e) repeating step (b) to step (d) so as to narrow a range of the selected results when a next speech is present, and (f) displaying the selected results in order when the next speech is absent.

Abstract: An interactive entertainment center is provided in the present invention. The interactive entertainment center includes a multimedia system providing plural multimedia services, a server system providing services for the interactive entertainment center, a dialogue system being a speech-commanded interface between a user and the interactive entertainment center, and a network system linking the interactive entertainment center, the server system, and the dialogue system. The interactive entertainment center communicates with the user via the dialogue system.

Abstract: A remote control device and method with speech control for controlling an electric appliance which stores up an identifiable speech vocabulary data. The remote control device includes a sensor and a speech identification module. The sensor receives speech to produce a speech sense signal. The speech identification module establishes contact to the electric appliance through communication protocol and obtains the identifiable speech vocabulary data with which a speech vocabulary of the speech sense signal is compared to produce a remote control signal. The remote control signal controls the said electric appliance by communication protocol.

Abstract: A method and apparatus for speech control is provided. The apparatus includes a speech receiver, a speech recognition engine, and an automatic regulation device. In the method, first, a speech is received. Then the speech is identified to obtain an operating order which is to adjust the quantification set with graduation. The machine's quantification set is automatically regulated by means of the operating order. Last, the regulation of the said quantification set is stopped.

Abstract: A video device with a voice-assisted system is provided by using a voice command to adjust the images. The voice-assisted system includes a voice recognition engine and a control unit. The voice recognition engine receives a voice command and outputting a voice signal based on the voice command to the control unit. The control unit based on the voice signal performs the adjustment actions to adjust image. The user only requires inputting a single voice command. The voice recognition engine then can perform a series of actions to adjust image. Therefore, the voice-assisted system can enhance the convenience of adjusting the image of the video device and reduce the operation complexity for the user.