This application discloses an audio processing method and a terminal. The method may include: collecting, by a first terminal, an original speech of a first user, translating the original speech of the first user into a translated speech of the first user, receiving an original speech of a second user that is sent by a second terminal, and translating the original speech of the second user into a translated speech of the second user; sending at least one of the original speech of the first user, the translated speech of the first user, and the translated speech of the second user to the second terminal based on a first setting; and playing at least one of the original speech of the second user, the translated speech of the second user, and the translated speech of the first user based on a second setting.

A smartphone-based telephone translation system includes a translation machine that starts a call translation process when the call translation is set to ON. The system detects an incoming call or dials, translates a voice signal to obtain a translation text for the ON call state. The voice signal of the caller is received and recognized. A voice signal is translated to obtain a translation text for the ON call state. The localized voice signal is recognized, using a TTS machine to obtain a reply voice signal and sent to the caller. The system performs voice recognition and text translation on the call voice, translates the language into localized language, and performs the function of calling between different languages in real time, so as to realize a telephone communication between two persons speaking different languages. The system supports communication with a hearing-impaired person or deaf-mute person.

The present invention provides a system which allows for a smooth conversation between a caller and a call-responder in a telephone call which has been transferred. The system (i) conducts, on the basis of a result of voice recognition of a speech voice of a user in a telephone call from the user, a search for response content of a response to be given to an inquiry made by the user in the telephone call, (ii) transmits an audio signal indicative of the response content to a user terminal (1), (iii) transfers the telephone call to a terminal (200), and (iv) causes information indicative of content of the inquiry to be displayed on a display section (230).

Systems and related methods arranged to improve public safety agency access to phone-based information and communications with citizens. A first system enables a user to gather, store, access and share phone information associated with public safety agency activities including by retaining phone information and in the hand user information. A second system enables a public safety agency to exchange of information with one or more citizens, and a related system controls text-based exchanges with citizens to limit their access to agency representatives.

An interpreting assistant system which provides to a user captions of auditory communications in the user's vicinity. The interpreting assistant system includes a smart microphone transmitter that defines an input device which converts auditory communications into audio signals and transmit the signals a translation device, with a smart phone defining the translation device which generates a text transcript from the audio signals and send the transcript file to a display device, with the display device being defined by a wearable display interface which displays the transcript for a user to see. When in use, the interpreting assistant system provides for the display of a real time transcription and display of auditory communications such as spoken words for a user that may have hearing difficulties.

Various systems, mediums, and methods may determine one or more configurations associated with a provider application. For example, a mobile system may determine a request to install a provider application, possibly based on one or more user inputs received by the mobile system. The mobile system may determine other applications installed on the mobile system. The mobile system may determine one or more configurations of the provider application based on the other applications installed. As such, the mobile system may install the provider application to the mobile system based on the one or more configurations determined.

A vehicle communication system facilitates hands-free interaction with a mobile device in a vehicle or elsewhere. Users interact with the system by speaking to it. The system processes text and processes commands. The system supports Bluetooth wireless technology for hands-free use. The system handles telephone calls, email, and SMS text messages. The user can customize the device via a user profile stored on an Internet web server.

An improved translation experience is provided using an auxiliary device, such as a pair of earbuds, and a wirelessly coupled mobile device. Microphones on both the auxiliary device and the mobile device simultaneously capture input from, respectively, a primary user (e.g., wearing the auxiliary device) and a secondary user (e.g., a foreign language speaker providing speech that the primary user desires to translate). Both microphones continually listen, rather than alternating between the mobile device and the auxiliary device. Each device may determine when to endpoint and send a block of speech for translation, for example based on pauses in the speech. Each device may accordingly send the received speech for translation and output, such that it is provided in a natural flow of communication.

A method and system enables language translation and routing of Person-to-Person (P2P) messages. Customer messages are diverted to various alternate destinations in an enterprise based on the language of the messages. Enterprise alternate destinations include language capable call center customer service representatives (CSRs), language specialized call centers, and personnel in various departments in an enterprise having language skills. The CSRs and other personnel can communicate through the call centers or using data enabled devices. Information collected from the messages can be used to determine the appropriate destination.

An automatic speech recognition (ASR) system is disclosed that compensates for different noise environments and types of speech. The ASR system may be implemented as part of an action camera that collects status data, such as geographic location data and/or sensor data. The ASR system may perform speech recognition using an acoustic model and a speech recognition model, which are trained for operation in specific noise environments and/or for specific types of speech. The computing device may categorize a current status of the action camera, as indicated by the status data, into an action profile, which may represent a particular activity (e.g., running, cycling, etc.) or state of the computing device. The computing device may dynamically switch the acoustic model and/or the speech recognition model to compensate for anticipated changes in the noise environment and speech based upon the action profile to facilitate the recognition of various action camera functions.