A method of communicating across a distributed multiprocessing system having a first node with a first processor and a first real memory location and a second node with a second processor and a second real memory location, each real memory location including a configurable virtual memory map (50, 60), the first and second nodes connected to a central signal routing hub by first and second communication links, respectively, said method comprising the steps of: assigning unique code identities for the first and second nodes to index different destination addresses in each of the nodes, the unique code identities stored in the virtual memory maps (50, 60) and wherein the virtual memory maps of each of the codes within each of the first and second processors (40, 42) support addressing and forwarding of processed information between the first and second processors (40, 42); processing information within the first processor of the first node to produce processed information; addressing the processed information using at least one of the destination addresses; sending the processed information from the first processor of the first node across the first communication link toward the hub to define a sending node, the sending node arranged to assume delivery of the processed information at the destination addresses; receiving the processed information along with the destination address within the hub; identifying the destination address for the transmitted processed information within the hub; sending the processed information without modification from the hub over at least one of the communication links (68, 70) to at least one of the first and second nodes associated with the destination address, thereby defining at least one addressed node; and storing the processed information within the real memory location (50, 52) of the addressed node for subsequent use during processing or evaluation by the respective processor at the at least one addressed node, the respective processor arranged to read its own real memory location but not the memory locations of another processor. assigning unique code identities for the first and second nodes to index different destination addresses in each of the nodes, the unique code identities stored in the virtual memory maps (50, 60) and wherein the virtual memory maps of each of the codes within each of the first and second processors (40, 42) support addressing and forwarding of processed information between the first and second processors (40, 42); processing information within the first processor of the first node to produce processed information; addressing the processed information using at least one of the destination addresses; sending the processed information from the first processor of the first node across the first communication link toward the hub to define a sending node, the sending node arranged to assume delivery of the processed information at the destination addresses; receiving the processed information along with the destination address within the hub; identifying the destination address for the transmitted processed information within the hub; sending the processed information without modification from the hub over at least one of the communication links (68, 70) to at least one of the first and second nodes associated with the destination address, thereby defining at least one addressed node; and storing the processed information within the real memory location (50, 52) of the addressed node for subsequent use during processing or evaluation by the respective processor at the at least one addressed node, the respective processor arranged to read its own real memory location but not the memory locations of another processor.