An image forming apparatus that forms an image on paper in accordance with a printing job includes: a communication unit that receives meeting information concerning a meeting; a storage unit that stores the meeting information received by the communication unit; an editing control unit that edits the meeting information stored in the storage unit in accordance with an execution time of the printing job; an operation display unit that freely outputs images or voices captured in the meeting based on the meeting information edited by the editing control unit; and an output control unit that controls output of the images or voices captured in the meeting and output from the operation display unit, wherein the output control unit finishes output of the images or voices captured in the meeting and output from the operation display unit before completion of the printing job.

An image forming apparatus that forms an image on paper in accordance with a printing job includes: a communication unit that receives meeting information concerning a meeting; a storage unit that stores the meeting information received by the communication unit; an editing control unit that edits the meeting information stored in the storage unit in accordance with an execution time of the printing job; an operation display unit that freely outputs images or voices captured in the meeting based on the meeting information edited by the editing control unit; and an output control unit that controls output of the images or voices captured in the meeting and output from the operation display unit, wherein the output control unit finishes output of the images or voices captured in the meeting and output from the operation display unit before completion of the printing job.

Systems, devices, apparatuses, components, methods, and techniques for saving media content to a context for later playback are provided. An example media-playback device for identifying and playing media content for a user traveling in a vehicle includes a context detecting device, a context-driven playback engine, and a media playback engine. Contexts are established by parameters that can be detected by a media-playback device. Contexts are situations that are defined by one or more locations, times, events, activities, people, and devices. Media content is saved to the contexts for later playback. The contexts are detected by the context detecting device, the associated media content is identified by the context-driven playback engine, and the media content is automatically played through the media playback engine, without additional input required by the user.

Systems, devices, apparatuses, components, methods, and techniques for saving media content to a context for later playback are provided. An example media-playback device for identifying and playing media content for a user traveling in a vehicle includes a context detecting device, a context-driven playback engine, and a media playback engine. Contexts are established by parameters that can be detected by a media-playback device. Contexts are situations that are defined by one or more locations, times, events, activities, people, and devices. Media content is saved to the contexts for later playback. The contexts are detected by the context detecting device, the associated media content is identified by the context-driven playback engine, and the media content is automatically played through the media playback engine, without additional input required by the user.

Disclosed herein are computer-implemented devices, systems, and methods for sanitizing an audio recording of a conversation. In an example, such a computer-implemented method can include selecting a transcript of the conversation. The transcript can include a plurality of redaction markers within the audio recording. The plurality of redaction markers can be identifiable via one or more redaction marker start and/or end points. The computer-implemented method can include identifying a first redaction marker and a second redaction marker of the one or more redaction markers. The first redaction marker can be different from the second redaction marker. In this regard, a redaction segment is formable between the first and second redaction markers. The computer-implemented method can include selecting the audio recording. The computer-implemented method can include redacting the audio recording between the first redaction marker and the second redaction marker.

Disclosed herein are computer-implemented devices, systems, and methods for sanitizing an audio recording of a conversation. In an example, such a computer-implemented method can include selecting a transcript of the conversation. The transcript can include a plurality of redaction markers within the audio recording. The plurality of redaction markers can be identifiable via one or more redaction marker start and/or end points. The computer-implemented method can include identifying a first redaction marker and a second redaction marker of the one or more redaction markers. The first redaction marker can be different from the second redaction marker. In this regard, a redaction segment is formable between the first and second redaction markers. The computer-implemented method can include selecting the audio recording. The computer-implemented method can include redacting the audio recording between the first redaction marker and the second redaction marker.

In live music performances each musician may prefer to receive a customised signal comprising one or more signals including their own output and/or other musicians' output. This is achievable by providing a mixing console for receiving and processing input signals comprising receiving means for receiving at least two input signals and operating so as to process (205, 255) them simultaneously in different ways to create at least three first and at least three second output signals, further processing (210, 215, 260, 265) at least two of the at least three first and at least three second output signals to create tertiary output signals each tertiary output signal having characteristics, other than its gain, different from one another, combining and processing (280) at least two tertiary output signals to create a first auxiliary output mix, and combining and processing (290) at least two other tertiary output signals to create a second auxiliary output mix, and combining and processing (300) a first and second output signal to create a master output mix.

Methods, systems, and apparatus, including computer programs encoded on a computer storage medium, are described for resolving duplicate images. In one aspect, a method includes obtaining a selection of a single image from among a plurality of duplicate images. Each duplicate image has an associated set of metadata. The method also includes aggregating each set of metadata into aggregated information, and storing the selected image together with the aggregated information on data storage accessible to a data processing apparatus.

Methods, systems, and apparatus, including computer programs encoded on a computer storage medium, are described for resolving duplicate images. In one aspect, a method includes obtaining a selection of a single image from among a plurality of duplicate images. Each duplicate image has an associated set of metadata. The method also includes aggregating each set of metadata into aggregated information, and storing the selected image together with the aggregated information on data storage accessible to a data processing apparatus.

A method for editing nested video sequences includes receiving a selection, by a user in a graphical user interface (GUI), of a video clip that corresponds to a nested video sequence of a parent video sequence. In response to the selection, each higher layer of the parent video sequence than a given layer that comprises the video clip is disabling from being rendered in a monitor view of the GUI. An image of the parent video sequence is rendered in the monitor view while each higher layer is disabled from being rendered. Also while each higher layer is disabled from being rendered, a manipulation by the user of a GUI element that corresponds to a graphical object from the nested video sequence is received. The manipulation is applied to the graphical object from the nested video sequence.