Abstract: A self-centering counterbalanced walking cart includes a mobile carriage and a holder body supported upright and centered thereon. The holder body has an endless sidewall defining an interior storage cavity, golf club clips and recessed decks on the endless sidewall, and handle and stand pivotally coupled at a lower portion and extending upright along opposite sides of the endless sidewall. The clips are spaced from one another and affixed about the exterior of an upper annular portion of the endless sidewall for retaining golf clubs about and in upright orientations along the exterior of the holder body. The recessed decks are defined in and spaced apart from one another about the exterior of the lower annular portion of the endless sidewall for receiving heads of the golf clubs retained upright by the golf club clips. The mobile carriage may be a two-wheel or four-wheel version.

Abstract: A radio access network system is described that determines a wireless offloading schema associated with a user equipment or device. The user equipment device can receive input representing a user preference for offloading determined communication services to a determined network. Based on the offloading schema, a user equipment device can select a network to send and receive transmissions associated with a determined communication service.

Abstract: Various embodiments of the present invention are directed toward extending a federation of servers and balancing the data load of said federation of servers, in order to improve accessibility and scope of the system by moving the first backup data structure on the second server to the new server, creating a second data structure on the new server, and creating a second backup data structure for the second data structure on the second server. To balance the load, certain embodiments employ a method comprising suspending writes to the selected logical partitions, copying selected logical partitions to the new physical partition, redirecting reads and writes to the logical partitions in the new physical partition, and removing the original selected logical partitions.

Abstract: Various embodiments of the present invention are directed toward extending a federation of servers and balancing the data load of said federation of servers, in order to improve accessibility and scope of the system by moving the first backup data structure on the second server to the new server, creating a second data structure on the new server, and creating a second backup data structure for the second data structure on the second server. To balance the load, certain embodiments employ a method comprising suspending writes to the selected logical partitions, copying selected logical partitions to the new physical partition, redirecting reads and writes to the logical partitions in the new physical partition, and removing the original selected logical partitions.

Abstract: Various embodiments of the present invention are directed toward extending a federation of servers and balancing the data load of said federation of servers, in order to improve accessibility and scope of the system by moving the first backup data structure on the second server to the new server, creating a second data structure on the new server, and creating a second backup data structure for the second data structure on the second server. To balance the load, certain embodiments employ a method comprising suspending writes to the selected logical partitions, copying selected logical partitions to the new physical partition, redirecting reads and writes to the logical partitions in the new physical partition, and removing the original selected logical partitions.

Abstract: Various embodiments of the present invention are directed toward extending a federation of servers and balancing the data load of said federation of servers, in order to improve accessibility and scope of the system by moving the first backup data structure on the second server to the new server, creating a second data structure on the new server, and creating a second backup data structure for the second data structure on the second server. To balance the load, certain embodiments employ a method comprising suspending writes to the selected logical partitions, copying selected logical partitions to the new physical partition, redirecting reads and writes to the logical partitions in the new physical partition, and removing the original selected logical partitions.