Abstract: In one implementation, relationship based cache resource naming and evaluation includes a generate engine to generate a name for a resource being added to a cache, including a plurality of resources, based on a plurality of parameters of a query including an input resource from which the resource is derived, a workflow of the operations to perform to the input resource to generate the resource, and a context associated with the query. In addition, the system includes an evaluate engine to evaluate, in response to an event, each of the plurality of resources and the named resource related to the event.

Abstract: There is provided a non-transitory machine-readable storage medium encoded with instructions executable by a processor. The machine-readable storage medium comprises a graph database comprising first-level vertices and first-level edges, each first-level edge linking two first-level vertices, wherein each first-level vertex represents an entity and each first-level edge represents a relationship between two entities. The machine-readable storage medium further comprises instructions to: responsive to a generation of a result set for a query on the graph database, add a second-level vertex to the graph database, wherein the second-level vertex represents the result set of the query; and add a second-level edge to the graph database, wherein the second-level edge connects the second-level vertex to a first-level vertex.

Abstract: In one implementation, relationship based cache resource naming and evaluation includes a generate engine to generate a name for a resource being added to a cache, including a plurality of resources, based on a plurality of parameters of a query including an input resource from which the resource is derived, a workflow of the operations to perform to the input resource to generate the resource, and a context associated with the query. In addition, the system includes an evaluate engine to evaluate, in response to an event, each of the plurality of resources and the named resource related to the event.

Abstract: There is provided a method of transmitting data words. The method includes (a) scrambling a first occurrence of a data word to produce a first scrambled data word, (b) block encoding the first scrambled data word to produce a first code word, (c) scrambling a second occurrence of the data word to produce a second scrambled data word, and (d) block encoding the second scrambled data word to produce a second code word, where the second code word and the first code word are different from one another.

Abstract: There is provided a method of encoding a data word. The method includes encoding a first occurrence of the data word to produce a first code word, and encoding a subsequent occurrence of the data word to produce a second code word. The second code word and the first code word are different from one another.