81. The system of claim 76 , wherein the database operation on large amounts of data includes one of a group consisting of: sorting, linking, collating, filtering, counting, deduping, joining, appending, merging, purging, non-hierarchical linking, neural-net scoring, and formatting.
76. A system comprising: a first type of processing matrix adapted to perform a database operation on hierarchical data; a second type of processing matrix adapted to perform an indexing database operation; a third type of processing matrix adapted to perform a database operation on large amounts of data; a global-results type of processing matrix, selected from at least the first type of processing matrix, the second type of processing matrix, and the third type of processing matrix, to process a query based on at least one database operation to be performed to process the query, the global-results type of processing matrix including a master node and a plurality of slave nodes, each of the master node and slave nodes including a processor and disk storage, and a computer readable medium, the computer readable medium comprising: a first set of executable instructions being adapted to manipulate the processor of each slave node to execute a same first portion of an at least one executable, the at least one executable having at least a first portion and a second portion, the first portion configured to generate a portion of initial query results and the second portion configured to execute one or more operations on the set of initial query results using a portion of a database stored at the disk storage of the slave node to generate final query results, the first portion of the at least one executable representing at least one database operation on the stored database portion, the first portion being executed by the slave node substantially in parallel with an execution of the first portion by other slave nodes, wherein the entire database is distributed among the plurality of slave nodes in distinct portions and wherein the plurality of slave nodes are used to process the query, the first portion of the at least one executable representing at least one database operation; and a second set of executable instructions being adapted to manipulate the processor of the master node to execute the second portion of the at least one executable using the initial query results to generate final query results, the second portion of the at least one executable representing at least one database operation using the initial query results.