Implementations enable conversations between operators of communication devices who use sign language and other operators who don't. A method may include receiving images of first sign language gestures captured by a camera of a first communication device, converting the first sign language gestures into first text, transmitting the first text to a second communication device, receiving second text from the second communication device, and converting the second text into images of second sign language gestures made by an avatar. The method may also include operating the camera to capture the images of the first sign language gestures and presenting the images of the second sign language gestures on a display of the first communication device. The method may further include receiving first speech captured at the second communication device, converting the first speech into third text, and then into images of third sign language gestures made by the avatar.

Aspects relate to computer implemented methods, systems, and processes to automatically generate audio-based display indicia of media content including receiving, by a processor, a plurality of media content categories including at least one feature, receiving a plurality of categorized speech recognition algorithms, each speech recognition algorithm being associated with a respective one or more of the plurality of media content categories, determining a media content category of a current media content based on at least one feature of the current media content, selecting one speech recognition algorithm from the plurality of categorized speech recognition algorithms based on the determination of the media content category of the current media content, and applying the selected speech recognition algorithm to the current media content.

Subject matter disclosed herein may relate to hearing aids, and may relate more particularly to adjusting one or more parameters for one or more hearing aids based, at least in part, on one or more detected audio interactions between a user and one or more second parties.

An information providing system (1) has a sound receiver (22) that receives a guidance voice and generates a sound signal (S.sub.G); a text identifier (114) that identifies, from among registered texts representing contents of utterances of different guidance voices, a registered text that is similar to an uttered text (L) that represents a content of an utterance of one of the guidance voices (V), the uttered text having been obtained by analyzing the sound signal (S.sub.G) by use of speech recognition, and a sound outputter (26) that transmits distribution information (D) that indicates the registered text identified by the text identifier (114) to a terminal device capable of presenting to a user (U) guidance information (G) corresponding to the distribution information (D) from among pieces of guidance information (G) that correspond to the respective guidance voices.

A method including receiving input indicative of a parameter related to an operating environment of an implantable portion of a prosthesis and adjusting an adjustable system of the prosthesis based on the received input.

A system and methods is provided for providing SIP based voice transcription services. A computer implemented method includes: transcribing a Session Initiation Protocol (SIP) based conversation between one or more users from voice to text transcription; identifying each of the one or more users that are speaking using a device SIP_ID of the one or more users; marking the identity of the one or more users that are speaking in the text transcription; and providing the text transcription of the speaking user to non-speaking users.

A method includes the following steps. A speech input is received. At least two speech recognition candidates are generated from the speech input. A scene related to the speech input is observed using one or more non-acoustic sensors. The observed scene is segmented into one or more regions. One or more properties for the one or more regions are computed. One of the speech recognition candidates is selected based on the one or more computed properties of the one or more regions.

The translator detects audio with the use of at least one microphone. The system analyzes the audio input to determine the spoken words. The translator determines the phonemes of the spoken words and outputs each phoneme to the user. The translator maps each phoneme to a haptic code that represents the detected phoneme. After determining the phonemes to output to the user, the system actuates multiple actuators to communicate the code to the user. The actuators contact the user to communicate the code associated with each phoneme of the audio input.

A hearing user's device for communicating with a hearing impaired assisted user using an assisted user's device that includes a speaker and a display screen for broadcasting a hearing user's voice signal and presenting captioned text associated with the hearing user's voice signal to the assisted user, respectively, the hearing user's device comprising a microphone for receiving the hearing user's voice signal as spoken by the hearing user, a display screen and a processor linked to the microphone and the display screen, the processor transmitting the hearing user's voice signal to the assisted users device, the processor presenting a quality indication of the captioned text presented to the assisted user via the assisted users device for consideration by the hearing user.

A note-taker terminal (200) and an information delivery device (100) are used. The information delivery device (100) includes a breathing detection unit (104) that specifies breathing sections from silent sections of uttered speech, a data processing unit (105) that determines, for every allocated time period of a note-taker, whether a breathing section exists in a range based on an end point of the allocated time period, and generates, if a breathing section exists, speech data of the utterance from a start point of the allocated time period until the breathing section, and, if a breathing section does not exist, speech data of the utterance from the start point until the end point of the allocated time period, and a data transmission unit (106) that transmits the speech data to the note-taker terminal (200). The note-taker terminal (200) receives the speech data, and transmits input text data to a user terminal (300) of a note-taking user.