A method and system for providing synchronized input feedback, comprising receiving an input event, encoding the input event in an output stream wherein the encoding of the input event is synchronized to a specific event and reproducing the output stream through an output device whereby the encoded input event in the reproduced output stream is imperceptible to the user.

Disclosed are a user terminal and a control method therefor. A user terminal according to an aspect may include: an extraction unit that extracts original language information pertaining to each character on the basis of at least one among a video file and an audio file separately generated from a moving image file; a translation unit that generates translation information obtained by translating the original language information according to a selected language; and a control unit that provides at least one among the original language information and the translation information.

Disclosed are a user terminal and a control method therefor. A user terminal according to an aspect may include: an extraction unit that extracts original language information pertaining to each character on the basis of at least one among a video file and an audio file separately generated from a moving image file; a translation unit that generates translation information obtained by translating the original language information according to a selected language; and a control unit that provides at least one among the original language information and the translation information.

A signal processing method includes inputting a sound signal to each of a plurality of signal processing blocks of different types, signal-processing the sound signal input to each of the plurality of signal processing blocks based on setting data that indicate one or a plurality of parameters, selecting an operated parameter operated by a parameter operation in response to receiving the parameter operation for the one or the plurality of parameters, storing the setting data that indicate the one or the plurality of parameters that include the operated parameter, and reading out, from among the stored setting data, only the operated parameter that is selected, and deploying the operated parameter that is read out to at least one of the plurality of signal processing blocks, in response to receiving a recall operation for reading out the stored setting data.

A signal processing method includes inputting a sound signal to each of a plurality of signal processing blocks of different types, signal-processing the sound signal input to each of the plurality of signal processing blocks based on setting data that indicate one or a plurality of parameters, selecting an operated parameter operated by a parameter operation in response to receiving the parameter operation for the one or the plurality of parameters, storing the setting data that indicate the one or the plurality of parameters that include the operated parameter, and reading out, from among the stored setting data, only the operated parameter that is selected, and deploying the operated parameter that is read out to at least one of the plurality of signal processing blocks, in response to receiving a recall operation for reading out the stored setting data.

A data package is received from a plurality of devices. Each data package comprises audio content captured by a respective device from the plurality of devices. Each data package further comprises metadata including a location of the respective device when the audio content was captured and a time at which the audio content was captured. A subset of the data packages that include audio content captured within a specified geographic area and within a specified time period is identified based on the metadata. A playlist for the specified area and the specified time period is generated based on the subset of data packages. The playlist may be provided to at least a first device.

Methods, systems, and apparatuses are described herein for improved processing audio in a video stream. A system may split audio in a frame of video content into multiple bands based on their audio levels. The system may then dynamically compress and dynamically normalize the audio level in each band. When dynamically compressing the bands, the system may determine, based on stored information, what audio level range is acceptable for an end user and may smooth and maintain the ranges of the audio to be within the acceptable range. The system may include the dynamically normalized and dynamically compressed frames as a second audio track in the video content. A computing device receiving the video content may select the second audio track during playback. If an end user selects the second audio track, the video is delivered with the modified sound of the second audio track.

An apparatus including circuitry configured for receiving a spatial media content file including a plurality of viewpoints; circuitry configured for determining a first viewpoint from the plurality of viewpoints for a first user consuming the spatial media content file; circuitry configured for receiving an indication that affects an audio rendering of the first viewpoint for the first user, wherein the indication is associated with one or more actions of at least one second user consuming the spatial media content file; and circuitry configured for controlling the audio rendering of the first viewpoint for the first user in response to the receiving of the indication based on at least one of: a position and/or orientation of the first user, and the one or more actions of the second user.

An apparatus including circuitry configured for receiving a spatial media content file including a plurality of viewpoints; circuitry configured for determining a first viewpoint from the plurality of viewpoints for a first user consuming the spatial media content file; circuitry configured for receiving an indication that affects an audio rendering of the first viewpoint for the first user, wherein the indication is associated with one or more actions of at least one second user consuming the spatial media content file; and circuitry configured for controlling the audio rendering of the first viewpoint for the first user in response to the receiving of the indication based on at least one of: a position and/or orientation of the first user, and the one or more actions of the second user.

Aspects of the subject disclosure may include, for example, a device having a processing system including a processor; and a memory that stores executable instructions that, when executed by the processing system, facilitate performance of operations including receiving encrypted hypertext transport protocol (HTTPS) traffic including media content; separating the HTTPS traffic into audio segments and video segments; calculating a size for each audio segment in the HTTPS traffic; maintaining a sliding window of a plurality of sizes of consecutive audio segments to form a fingerprint; and identifying the media content by matching the fingerprint with a reference in a catalog. Other embodiments are disclosed.