Methods, systems, and computer-readable media are disclosed for generating and managing audio content, such as blogcast episodes. In accordance with one implementation, a computer-implemented method is provided that includes operations performed by at least one processor including retrieving a plurality of stored snippets of media content related to a blogcast episode, the plurality of stored snippets of media content including one or more snippets of user-contributed content. The method also includes receiving snippet metric data associated with one or more snippets of user-contributed content. In addition, the method includes selecting two or more snippets of the plurality of stored snippets of media content including at least one snippet of user-contributed content and generating a blogcast episode comprising the two or more snippets of the plurality of snippets of media content.

Methods, systems, and computer-readable media are disclosed for generating and managing audio content, such as blogcast episodes. In accordance with one implementation, a computer-implemented method is provided that includes operations performed by at least one processor including retrieving a plurality of stored snippets of media content related to a blogcast episode, the plurality of stored snippets of media content including one or more snippets of user-contributed content. The method also includes receiving snippet metric data associated with one or more snippets of user-contributed content. In addition, the method includes selecting two or more snippets of the plurality of stored snippets of media content including at least one snippet of user-contributed content and generating a blogcast episode comprising the two or more snippets of the plurality of snippets of media content.

Devices and methods for synchronized group messaging in a wireless communication system are described. Multicast transmissions, such as those in a dense network, can cause significant medium usage because same multicast packet is likely sent by multiple APs at different time. Medium usage in such implementations may be redundant. As such, the transmission medium is not used optimally. Devices and methods which coordinate and align group messages (e.g., multicast packets) amongst APs are described. Each AP may be configured to transmit identical packets at the same time. Therefore, medium usage can be reduced, while the range can be extended due to accumulated energy from APs.

Devices and methods for synchronized group messaging in a wireless communication system are described. Multicast transmissions, such as those in a dense network, can cause significant medium usage because same multicast packet is likely sent by multiple APs at different time. Medium usage in such implementations may be redundant. As such, the transmission medium is not used optimally. Devices and methods which coordinate and align group messages (e.g., multicast packets) amongst APs are described. Each AP may be configured to transmit identical packets at the same time. Therefore, medium usage can be reduced, while the range can be extended due to accumulated energy from APs.