Abstract: The present disclosure relates to a method in a computer system (10) storing a model (1) of a body (B). The model comprises an overview image of a surface of skin of the body. The method comprises, in the overview image, identifying a lesion in the skin. The method also comprises assigning an ID to the identified lesion. The method also comprises communicating the ID to a mobile device (3). The method also comprises, at a data storage (2) of the computer system, receiving a closeup image of the lesion together with the communicated ID from the mobile device. The method also comprises, in said data storage, linking the received closeup image to the identified lesion in the overview image.

Abstract: The present disclosure relates to a method in a computer system (10) storing a model (1) of a body (B). The model comprises an overview image of a surface of skin of the body. The method comprises, in the overview image, identifying a lesion in the skin. The method also comprises assigning an ID to the identified lesion. The method also comprises communicating the ID to a mobile device (3). The method also comprises, at a data storage (2) of the computer system, receiving a closeup image of the lesion together with the communicated ID from the mobile device. The method also comprises, in said data storage, linking the received closeup image to the identified lesion in the overview image.

Abstract: A system that is distinct from a remote server and distinct from a client device receives, over a first communications channel, a first data stream for a first media item. The system receives, over a second communications channel, from an application at the client device, a second data stream for audio data that includes vocals provided by a user as the first media item plays. The system measures a latency of the second communications channel and overlays, with the first media item, the vocals provided by the user as the first media item plays to generate a composite data stream. The overlaying comprises offsetting the first data stream from the second data stream in accordance with the measured latency of the second communications channel and combining the first and second data streams in accordance with the offset of the data streams.

Abstract: A system that is distinct from a remote server and distinct from a client device receives, over a first communications channel, a first data stream for a first media item. The system receives, over a second communications channel, from an application at the client device, a second data stream for audio data that includes vocals provided by a user as the first media item plays. The system measures a latency of the second communications channel and overlays, with the first media item, the vocals provided by the user as the first media item plays to generate a composite data stream. The overlaying comprises offsetting the first data stream from the second data stream in accordance with the measured latency of the second communications channel and combining the first and second data streams in accordance with the offset of the data streams.

Abstract: Methods, systems, and/or devices for overlaying and playing back audio data for user vocals and media content received from distinct devices and systems at a media presentation system are described herein. In one aspect, a media presentation system receives, from a remote server, a first data stream for a first media item, and plays the first media item. While playing the first media item, a second data stream for audio data that includes vocals is received from an application at a client device distinct from the remote server. The vocals are overlaid with the first media item to generate a composite data stream, which includes combining the first and second data streams, and the media presentation system plays the overlaid vocals.

Abstract: Methods, systems, and/or devices for overlaying and playing back audio data for user vocals and media content received from distinct devices and systems at a media presentation system are described herein. In one aspect, a media presentation system receives, from a remote server, a first data stream for a first media item, and plays the first media item. While playing the first media item, a second data stream for audio data that includes vocals is received from an application at a client device distinct from the remote server. The vocals are overlaid with the first media item to generate a composite data stream, which includes combining the first and second data streams, and the media presentation system plays the overlaid vocals.