Abstract: The present disclosure relates to a method for delivering cloud Digital Video Recording (cloud DVR) content by a media server (101). The method comprises receiving one or more inputs (205) related to cloud DVR content from one or more sources for delivering the cloud DVR content to a mobile device (104) connected to a Mobile Edge Computing (MEC) node (102). Further, the method comprises generating a plurality of dynamic vectors (206), using the received one or more inputs (205). Furthermore, the method comprises switching of a recording of the cloud DVR content between the MEC node (102) or a cloud server (103), based on the plurality of vectors and a prediction of a load on the cloud server (103). Thereafter, the method comprises caching the cloud DVR content in one of the MEC node (102) or the cloud server (103) based on the switching to deliver the cloud DVR content to the plurality of mobile devices.

Abstract: A method and a system are described for delivering multimedia content in a downstream network. The method includes monitoring a real-time quality of service associated with a bit rate traffic from a plurality of client devices and network topographies. The method includes creating a plurality of channels, to be multi-casted by a plurality of slave servers associated with a plurality of adaptive bit rates associated with the multimedia content based on the monitoring. The method includes publishing a master manifest comprising multicast information associated with each of the plurality of channels. The method includes notifying, the plurality of slave servers to subscribe to the created plurality of channels. The method includes receiving a subscription request for the plurality of channels from the plurality of slave servers in response to the notification. The multimedia content is multi-casted to the plurality of client devices based on subscription request.

Abstract: A method and a system are described for delivering multimedia content in a downstream network. The method includes monitoring a real-time quality of service associated with a bit rate traffic from a plurality of client devices and network topographies. The method includes creating a plurality of channels, to be multi-casted by a plurality of slave servers associated with a plurality of adaptive bit rates associated with the multimedia content based on the monitoring. The method includes publishing a master manifest comprising multicast information associated with each of the plurality of channels. The method includes notifying, the plurality of slave servers to subscribe to the created plurality of channels. The method includes receiving a subscription request for the plurality of channels from the plurality of slave servers in response to the notification. The multimedia content is multi-casted to the plurality of client devices based on subscription request.

Abstract: A technique is provided for proactively selecting a content distribution network (CDN) for delivering content. The technique includes determining one or more CDNs from a plurality of CDNs based on at least a plurality of quality of service (QoS) parameters of each of the plurality of CDNs. The streaming profiles of content streamed by the one or more CDNs is dynamically monitored based on at least a plurality of content streaming parameters. A plurality of geospatial parameters associated with the content to be delivered to a CDN selected from the determined one or more CDNs. Further, a CDN to which the content is to be delivered is selected, from the one or more CDNs. The selection is based on at least an analysis of the historic pattern of consumption of the content, the monitoring of the streaming profiles, and the retrieved plurality of geospatial parameters.

Abstract: A technique is provided for proactively selecting a content distribution network (CDN) for delivering content. The technique includes determining one or more CDNs from a plurality of CDNs based on at least a plurality of quality of service (QoS) parameters of each of the plurality of CDNs. The streaming profiles of content streamed by the one or more CDNs is dynamically monitored based on at least a plurality of content streaming parameters. A plurality of geospatial parameters associated with the content to be delivered to a CDN selected from the determined one or more CDNs. Further, a CDN to which the content is to be delivered is selected, from the one or more CDNs. The selection is based on at least an analysis of the historic pattern of consumption of the content, the monitoring of the streaming profiles, and the retrieved plurality of geospatial parameters.