The Architecture of Microprocessors
Economic and technological evolution of integrated processors; Architectural concepts; Design strategy for complex integrated circuits; Timing architecture; General principles for top-down design of integrated processors; Architecture of the operative part; Archicture of the control part;Design methods for integrated processor control parts: a comparative study; Problems of testing and self-testing; Design example of a small microprocessor; Internal archicture of hte MC68000; The future.
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Economic and technological evolution of integrated processors
Design strategy for complex integrated circuits
9 other sections not shown
address calculation allows arithmetic bit-slice bits blocks buses byte cells clock combinational network command generation mechanism complexity components constraints contains control lines corresponds cost CTRLPj cycle decoder decomposed decomposition dual-access example execution external architecture faults field gates hardware hierarchy implementation input input/output instant instruction language instruction register integrated circuits integrated processors interconnection internal interpretation algorithm interpretation levels language level latch levels layout level of interpretation logic main memory manipulated Mealy metal layer microaddress microinstruction microprocessor microprogram microprogram ROM minicomputers mode modules operands operation code operative sub-part OPPAH OPPAL optimization output parallel parameterization PLA performance PERT chart pins polysilicon precharge product terms program counter propagation Register Transfer Language selection sequencing mechanism sequencing PLA shown in Fig solution speed ss ss ss SSI/MSI status register step storage elements structure synchronous technique topological transistors validation PLA virtual machine