Abstract: A container having a longitudinal dimension may comprise a first pocket member, a second pocket member, and a third pocket member each having substantially the same longitudinal dimension, with the third pocket member being sandwiched between the first and second pocket members. A first pocket may be defined by the second and third pocket members, and a second pocket may be defined by the first and third pocket members. The first, second, and third pocket members may each have a free edge, and the free edges may cooperate with one another to form openings to the first and second pockets.

Abstract: A container may include a sheet having a first side and a second side. The sheet may be foldable such that a first portion of the first side faces a second portion of the first side. The container may also include a first pocket member connected to the first portion, a second pocket member connected to the second portion, and a third pocket member connected to the second pocket member. The first pocket member and the first portion may cooperate to define a first pocket configured to receive a first portion of printed material. The second pocket member and the second portion may cooperate to define a second pocket configured to receive a second portion of the printed material. The third pocket member and the second pocket member may cooperate to define a third pocket configured to receive at least one media disc.

Abstract: Embodiments of the present invention provide a system, method, apparatus, means, and computer program code for facilitating or providing a back-up capability in a communication system and for improving availability and reliability of a distributed communication system. Switch over occurs from a main server to a stand-by server for supporting or facilitating calls having traffic routed across an IP network when the main server is disrupted or becomes unavailable. The main server initiates one or more signals provided to the stand-by server that inform the stand-by server of availability of the main server. When the stand-by server does not receive a designated number of the signals, or the main server fails to respond to a request or inquiry from the stand-by server regarding the signal, the stand-by server may initiate providing support for the calls previously supported by the main server and request call state information at the time of switch over from the main server to the stand-by server.

Abstract: Embodiments of the present invention provide a system, method, apparatus, means, and computer program code for facilitating or providing a back-up capability in a communication system and for improving availability and reliability of a distributed communication system. Switch over occurs from a main server to a stand-by server for supporting or facilitating calls having traffic routed across an IP network when the main server is disrupted or becomes unavailable. The main server initiates one or more signals provided to the stand-by server that inform the stand-by server of availability of the main server. When the stand-by server does not receive a designated number of the signals, or the main server fails to respond to a request or inquiry from the stand-by server regarding the signal, the stand-by server may initiate providing support for the calls previously supported by the main server and request call state information at the time of switch over from the main server to the stand-by server.