Abstract: A system, method, and computer program product are provided for upgrading software associated with an operational distributed, state-full system. In operation, an upgrade system identifies a software upgrade to perform to software associated with a distributed, state-full system. The upgrade system identifies a storage to allocate for performing the software upgrade. The upgrade system identifies one or more customer groups to utilize the software upgrade. The upgrade system identifies a temporary process failure group to utilize for real-time testing of the software upgrade, based on the identified one or more customer groups. The upgrade system removes responsibilities of event servers currently serving the one or more customer groups and moves the one or more customer groups to utilize the software upgrade operating on the temporary process failure group.

Abstract: A system, method, and computer program product are provided for managing data objects in a multiprocessor unit telecommunications network. In use, a plurality of data objects associated with one or more data object events corresponding to a network are received. Further, each of the plurality of data objects are assigned to one of a plurality of processing modules for processing, based on a map. Additionally, the plurality of processing modules are monitored. Furthermore, it is determined whether each of the plurality of processing modules are available to process the plurality of data objects assigned thereto, based on the monitoring.

Abstract: A system, method, and computer program product are provided for automatic discard of corrupt memory segments. In use, one or more memory blocks are allocated to specific business related information. Additionally, the one or more memory blocks allocated to the specific business related information are assigned to one or more first memory regions, the one or more first memory regions being a portion of a memory that includes a plurality of memory regions in addition to the one or more first memory regions, the plurality of memory regions including a plurality of other business related information. Further, it is identified that the specific business related information is corrupt. Moreover, the specific business related information is discarded from the memory and a master memory, such that the plurality of other business related information is not discarded.

Abstract: A backpack including a body engaging strap assembly and a strap assembly supported element supported on the body engaging strap assembly and including a container and an integrally formed back engaging portion having a padded back facing surface and a generally rigid curved opposite surface fixed thereto, the integrally formed back engaging portion defining a first generally vertically extending curve arranged to be centered adjacent the upper back portion of a user and a second generally horizontally extending curve arranged to be centered adjacent the lower back portion, the integrally formed back engaging portion being bendable about a horizontal axis located adjacent the center of the first curve and about a vertical axis located adjacent the center of the second curve.

Abstract: A backpack having an article carrier; a waist belt attached to the article carrier and arranged for fastening the article carrying apparatus about the waist of a user; shoulder supports arranged for fastening the article carrier about an upper body portion of the user; and apparatus for attaching the shoulder supports to the article carrier and including apparatus for adjusting the position of attachment of the shoulder supports to the article carrier so as to selectably increase and decrease the distance between a position of attachment of the shoulder supports to the article carrier relative to the position of attachment of the waist belt to the article carrier while the backpack is being worn by the user.

Abstract: A load support including a central body mounting assembly and a shoulder mounting assembly associated with the central body mounting assembly, the shoulder mounting assembly including first and second shoulder engagement elements which are arranged to be supported by first and second shoulders of a user, the first and second shoulder engagment elements being interconnected such that orientation of a first shoulder of the user higher than his second shoulder produces a corresponding orientation of the first and second shoulder engagement elements, thus maintaining a desired load distribution between the two shoulders independent of the relative orientation thereof.