Abstract: A modular wall display system includes a first base plate having a model display surface on a proximal base plate side and a display mounting surface on a distal base plate side. The display system further includes a front vertical member set removably disposed on the proximal base plate side, a rear vertical member set removably disposed on the proximal base plate side, a horizontal side beam set removably disposed in connection with the front vertical member set and the rear vertical member set, a horizontal front beam member removably disposed in connection with the front vertical member set, and a wall anchor module set rigidly disposed to the display mounting surface on the distal base plate side, the wall anchor module set comprising removable a locking surface configured to removably attach to a wall mountable bracket cleat set. The modular wall display system is expandable and wall hangable.

Abstract: A wall mounting system having a wall mountable bracket cleat having an upper rear cleat surface slanted at a first predetermined angle. The wall mounting system further includes a wall anchor module configured to removably attach to the wall mountable bracket cleat. The wall anchor module includes a pivot connector socket and a locking surface on a wall anchor module side. The pivot connector socket movably attaches to a battery storage compartment, and the locking surface locks the battery storage compartment. The wall anchor module further includes an anchor recess having an upper anchor recess surface configured to engage with the upper rear cleat surface. The anchor recess is formed at a wall anchor module rear surface, and the upper anchor recess portion is slanted at the first predetermined angle. The wall anchor module further includes an attachment configured to attach the wall anchor module to a display plate.

Abstract: A modular wall display system includes a first base plate having a model display surface on a proximal base plate side and a display mounting surface on a distal base plate side. The display system further includes a front vertical member set removably disposed on the proximal base plate side, a rear vertical member set removably disposed on the proximal base plate side, a horizontal side beam set removably disposed in connection with the front vertical member set and the rear vertical member set, a horizontal front beam member removably disposed in connection with the front vertical member set, and a wall anchor module set rigidly disposed to the display mounting surface on the distal base plate side, the wall anchor module set comprising removable a locking surface configured to removably attach to a wall mountable bracket cleat set. The modular wall display system is expandable and wall hangable.

Abstract: A wall mounting system having a wall mountable bracket cleat having an upper rear cleat surface slanted at a first predetermined angle. The wall mounting system further includes a wall anchor module configured to removably attach to the wall mountable bracket cleat. The wall anchor module includes a pivot connector socket and a locking surface on a wall anchor module side. The pivot connector socket movably attaches to a battery storage compartment, and the locking surface locks the battery storage compartment. The wall anchor module further includes an anchor recess having an upper anchor recess surface configured to engage with the upper rear cleat surface. The anchor recess is formed at a wall anchor module rear surface, and the upper anchor recess portion is slanted at the first predetermined angle. The wall anchor module further includes an attachment configured to attach the wall anchor module to a display plate.

Abstract: Acquiring access to a token controlled system resource, including: receiving, by a token broker, a command that requires access to the token controlled system resource, where the token broker is automated computing machinery for acquiring tokens and distributing the command to the token controlled system resource for execution; identifying, by the token broker, a first need state, the first need state indicating that the token broker requires access to the token controlled system resource to which the token broker does not possess a token; requesting, by the token broker, a configurable number of tokens to gain access to the token controlled system resource, without dispatching an operation handler for executing the command until at least one token is acquired; assigning, by the token broker, an acquired token to the operation handler; and dispatching, by the token broker, the operation handler and its assigned token for executing the command.

Abstract: Methods and apparatuses are disclosed for direct access to cache memory. Embodiments include receiving, by a direct access manager that is coupled to a cache controller for a cache memory, a region scope zero command describing a region scope zero operation to be performed on the cache memory; in response to receiving the region scope zero command, generating a direct memory access region scope zero command, the direct memory access region scope zero command having an operation code and an identification of the physical addresses of the cache memory on which the operation is to be performed; sending the direct memory access region scope zero command to the cache controller for the cache memory; and performing, by the cache controller, the direct memory access region scope zero operation in dependence upon the operation code and the identification of the physical addresses of the cache memory.

Abstract: Acquiring access to a token controlled system resource, including: receiving, by a token broker, a command that requires access to the token controlled system resource, where the token broker is automated computing machinery for acquiring tokens and distributing the command to the token controlled system resource for execution; identifying, by the token broker, a first need state, the first need state indicating that the token broker requires access to the token controlled system resource to which the token broker does not possess a token; requesting, by the token broker, a configurable number of tokens to gain access to the token controlled system resource, without dispatching an operation handler for executing the command until at least one token is acquired; assigning, by the token broker, an acquired token to the operation handler; and dispatching, by the token broker, the operation handler and its assigned token for executing the command.

Abstract: Methods and apparatuses are disclosed for direct access to cache memory. Embodiments include receiving, by a direct access manager that is coupled to a cache controller for a cache memory, a region scope zero command describing a region scope zero operation to be performed on the cache memory; in response to receiving the region scope zero command, generating a direct memory access region scope zero command, the direct memory access region scope zero command having an operation code and an identification of the physical addresses of the cache memory on which the operation is to be performed; sending the direct memory access region scope zero command to the cache controller for the cache memory; and performing, by the cache controller, the direct memory access region scope zero operation in dependence upon the operation code and the identification of the physical addresses of the cache memory.