Abstract: A network device to mitigate interruptions in content downloading from a content server to a client device in a client-server network is disclosed. The device includes a recovery module (RM) to migrate a data transfer connection from a first server to a second server responsive to detection of an interruption in data transfer from the first server. The migrated data transfer connection may include an instruction associated with an amount of data transferred prior to the interruption in data transfer.

Abstract: Systems and devices for enabling any network functionality client or server in a HTML5 application. A Network Entity running as a HTML5 Application (NEHA) is for use in a system comprising a HTTP server, a network entity (NE) and a mirror network entity (MNE). The MNE is a mirror instance of the NE and a desired network protocol is run between the MNE and the NE. The NEHA includes a processor configured to create a first request for requesting the MNE, wherein the first request indicates the desired network protocol, send the first request to the HTTP server, receive a first response indicating the MNE from the HTTP server, process the first response, and communicate with the NE through the MNE using the desired network protocol.

Abstract: A network device to mitigate interruptions in content downloading from a content server to a client device in a client-server network is disclosed. The device includes a recovery module (RM) to migrate a data transfer connection from a first server to a second server responsive to detection of an interruption in data transfer from the first server. The migrated data transfer connection may include an instruction associated with an amount of data transferred prior to the interruption in data transfer.

Abstract: The disclosure relates to a system, comprises a Network Entity running as a HTML5 Application (NEHA), a HTTP server, a network entity (NE), and a mirror network entity (MNE), wherein the NNE is a mirror instance of the NE, a desired network protocol is run between the MNE and the NE, the NEHA is configured for communicating with the NE through the MNE; and the NNE is configured for communicating with the NE using the desired network protocol.

Abstract: This disclosure provides systems and methods for transmitting content to users. In some implementations, a system can include a session manager operable to initiate a unicast session with an end user device over a dedicated channel and to transmit a unicast multimedia stream associated with the unicast session. The unicast multimedia stream can include service identifier that is recognizable to the end user. The system can also include an interface operable to receive a transmission command that includes the end-user recognizable service identifier, and to transmit the content associated with the multimedia stream to the end user device in response to the content transmission command.

Abstract: A system for transmitting multimedia content, the system includes: (a) a session manager, configured to initiate a unicast session with an end-user device over a dedicated channel; and to transmit to the end-user device over the dedicated channel an identification unicast multimedia stream that causes an end user multimedia device to provide an end user recognizable service identifier; and (b) an interface configured to receive a content transmission command which includes the service identifier; wherein the system is further configured to transmit a content multimedia stream that includes multimedia content to the end-user device in response to the content transmission command.