MICROCOMPUTER WITH DISCONNECTED, OPEN, INDEPENDENT, BIMEMORY ARCHITECTURE, ALLOWING LARGE INTERACTING, INTERCONNECTED MULTI-MICROCOMPUTER PARALLEL SYSTEMS ACCOMMODATING MULTIPLE LEVELS OF PROGRAMMER DEFINED HIERARCHY
At any one moment in time, a first Bimemory Independent CPU (like in FIG. 1.1
on page 5, MOS microcomputer HARDWARE MANUAL), (a) can be independently, directly,
logically connected to the "A" bus circuits 520 in FIG.
19A and FIG. 19B, and a first set of standard
memory circuits mechanically connected to the "A" bus circuits of this first BICPU
microcomputer or,
(b) can be directly, logically connected in a bimemory manner, to the "B" bus
circuits 522 in FIG. 19A and FIG.
19B, which are mechanically connected to a set of dedicated standard Bimemory
Interconnecting Control-BUS (BIC-BUS) circuits which are mechanically connected
to "B" or "C" bus circuits of a consenting second BICPU microcomputer which has
logically, directly, connected it's "B" or "C" bus circuits to it's "A" bus circuits
and a second set of standard memory circuits mechanically connected thereto or,
(c) can be directly, logically connected in a bimemory manner, to the "C" bus
circuits 524 in FIG. 19A and FIG.
19B, which are mechanically connected to a set of dedicated standard Bimemory
Interconnecting Control-BUS (BIC-BUS) circuits which are mechanically connected
to "B" or "C" bus circuits of a consenting third BICPU microcomputer which has
logically, directly, connected it's "B" or "C" bus circuits to it's "A" bus circuits
and a third set of standard memory circuits mechanically connected thereto.
Human programmers and human field application system designers can mechanically interconnect two or more BICPU microcomputers with dedicated standard memory circuits mechanically and logically directly connected to their "A" bus circuits, by mechanically connecting sets of dedicated BIC-BUS circuits between the "B" or "C" bus circuits of one BICPU microcomputer and the "B" or "C" bus circuits of a second BICPU microcomputer. In this simple manner, programmers and field application system designers can mechanically interconnect thousands of BICPU microcomputers in billions of different systems with hundreds of logical levels of hierarchy.
