Abstract: A user interface for a digital audio workstation provides an overview of the audio signal routing of an audio composition in the form of a node graph. The node graph updates in real time as an audio session is edited. The representation of the nodes on the graph indicates the node type, such as audio input or track, mixer, plug-in, and output, as well as the processing resources assigned to each node. The node graph includes one or more nodes representing submixes that may be adjusted using a mixer channel independently of other submixes or outputs of the audio session. The representation of audio signal flow between the nodes in the graph distinguishes between insert routing and auxiliary sends. The user interface may be used interactively to edit the audio composition by providing a toolbox for creating new nodes and commands for specifying audio signal connections between nodes.

Abstract: The present embodiments provide methods, apparatuses, systems for use in encoding and/or formatting content, such as multimedia content. Some embodiments provide methods for use in encoding content. These methods receive source content, encode the source content producing encoded content, evaluate a first encoded segment of the encoded content relative to a plurality of buffer models, determine whether the first segment of encoded content is to be re-encoded relative to one or more of the plurality of buffer models based on the evaluation; and re-encode the first segment when it is determined that the first segment is to be re encoded.

Abstract: The present embodiments provide methods, apparatuses, systems for use in encoding and/or formatting content, such as multimedia content. Some embodiments provide methods for use in encoding content. These methods receive source content, encode the source content producing encoded content, evaluate a first encoded segment of the encoded content relative to a plurality of buffer models, determine whether the first segment of encoded content is to be re-encoded relative to one or more of the plurality of buffer models based on the evaluation; and re-encode the first segment when it is determined that the first segment is to be re encoded.

Abstract: The present embodiments provide methods, apparatuses, systems for use in encoding and/or formatting content, such as multimedia content. Some embodiments provide methods for use in encoding content. These methods receive source content, encode the source content producing encoded content, evaluate a first encoded segment of the encoded content relative to a plurality of buffer models, determine whether the first segment of encoded content is to be re-encoded relative to one or more of the plurality of buffer models based on the evaluation; and re-encode the first segment when it is determined that the first segment is to be re encoded.