Abstract: A ganging mechanism is configured to releasably attach a first object to a second object. The ganging mechanism includes a first part that is coupled to the first object. The first part includes a movable portion that carries a first ganging member. The movable portion is positionable between a stowed position and an extended position. The second part is coupled to the second object. The second part includes a receiver portion that receives the movable portion in the extended position. The second part includes a second ganging member that is configured to couple to the first ganging member resulting in the first object being ganged to the second object. The first and second ganging members are releasably coupled to one another by magnetic attraction.

Abstract: A ganging mechanism is configured to releasably attach a first object to a second object. The ganging mechanism includes a first part that is coupled to the first object. The first part includes a movable portion that carries a first ganging member. The movable portion is positionable between a stowed position and an extended position. The second part is coupled to the second object. The second part includes a receiver portion that receives the movable portion in the extended position. The second part includes a second ganging member that is configured to couple to the first ganging member resulting in the first object being ganged to the second object. The first and second ganging members are releasably coupled to one another by magnetic attraction.

Abstract: According to one embodiment, a system comprises at least one processor. The system detects on a computing device an invocation event facilitating execution of one or more applications. The applications include at least one remote application. A search path is examined to determine locations for the one or more applications, and includes at least one indicator indicating a remote location for execution of a corresponding remote application. Each indicator associated with the at least one remote application is resolved to determine a remote location for execution of the corresponding remote application. The applications are executed at the determined locations with each remote application being executed on a corresponding remote computing device at the corresponding remote location. Embodiments may further include a method and computer-readable media encoded with software for executing applications distributed across a plurality of computing devices in substantially the same manner described above.

Abstract: According to one embodiment, a system comprises at least one processor. The system detects on a computing device an invocation event facilitating execution of one or more applications. The applications include at least one remote application. A search path is examined to determine locations for the one or more applications, and includes at least one indicator indicating a remote location for execution of a corresponding remote application. Each indicator associated with the at least one remote application is resolved to determine a remote location for execution of the corresponding remote application. The applications are executed at the determined locations with each remote application being executed on a corresponding remote computing device at the corresponding remote location. Embodiments may further include a method and computer-readable media encoded with software for executing applications distributed across a plurality of computing devices in substantially the same manner described above.