Computer Organization |
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Page 238
... Interface Design Example The I / O interface consists of the circuitry required to transfer data between the computer bus and an I / O device . Therefore , on one side of the interface we have the bus signals : address , data , and ...
... Interface Design Example The I / O interface consists of the circuitry required to transfer data between the computer bus and an I / O device . Therefore , on one side of the interface we have the bus signals : address , data , and ...
Page 243
... interfaces . A better alternative is to standardize interface signals and protocols . It is difficult to define a uniform standard for the main bus of a computer , however . The structure of this bus is closely tied to the architecture ...
... interfaces . A better alternative is to standardize interface signals and protocols . It is difficult to define a uniform standard for the main bus of a computer , however . The structure of this bus is closely tied to the architecture ...
Page 244
... interface for connecting a single device . The word " interface " refers to the boundary between two circuits or devices . A standard for this interface comprises a set of specifications for the functional , electrical , and mechanical ...
... interface for connecting a single device . The word " interface " refers to the boundary between two circuits or devices . A standard for this interface comprises a set of specifications for the functional , electrical , and mechanical ...
Contents
Basic Structure of Computer Hardware | 1 |
Basic Operational Concepts | 9 |
1 | 16 |
Copyright | |
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2's-complement adder addressing modes arithmetic assembly language Assume autoincrement binary block branch instruction buffer byte cache called Chapter character chips circuit circuitry clock condition code connected consider contents control signals counter CPU registers cycle data lines data transfer decoder delay destination digits discussed disk encoded example execution fetch flag flip-flop floating-point format function gates hardware I/O device implement index register input instruction set integer interface interrupt request interrupt-service routine loaded logic loop machine instruction main memory mantissa memory access memory location microinstruction microprocessor microprogram microroutine modules multiplexer multiplier multiprocessor needed Nubus OP code open-collector operand output page table parallel performed pipelined printer priority processor program counter R₁ result RISC scheme Section sequence shift shown in Figure specified stack status register storage stored subroutine subtraction switch synchronous technique terminal transmission variables word