Structured Computer OrganizationPreserving the same popular structure found in the previous four editions of this best-selling book, Andrew Tanenbaum teaches that a computer can be structured as a hierarchy of levels. In this book he covers them all, including the digital logic level, the microarchitecture level, the instruction set architecture level, the operating system machine level and the assembly language level. |
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Page 351
... language . 2. Execution of the newly generated program . These two steps do not occur simultaneously . The second step does not begin until the first has ... ASSEMBLY LANGUAGE INTRODUCTION TO ASSEMBLY LANGUAGE What Is an Assembly Language?
... language . 2. Execution of the newly generated program . These two steps do not occur simultaneously . The second step does not begin until the first has ... ASSEMBLY LANGUAGE INTRODUCTION TO ASSEMBLY LANGUAGE What Is an Assembly Language?
Page 354
... assembly language designers often choose different abbreviations . The 370 assembler uses " L " for loading a register , whereas the PDP - 11 ... ASSEMBLY LANGUAGE LEVEL Comparison of Assembly Language and Problem-Oriented Languages.
... assembly language designers often choose different abbreviations . The 370 assembler uses " L " for loading a register , whereas the PDP - 11 ... ASSEMBLY LANGUAGE LEVEL Comparison of Assembly Language and Problem-Oriented Languages.
Page 357
... assembly language approach would be more than 4 to 1 in favor of the mixed approach . A programmer who uses a problem - oriented language is not ... assembly language SEC . 7.1 357 INTRODUCTION TO ASSEMBLY LANGUAGE THE ASSEMBLY PROCESS.
... assembly language approach would be more than 4 to 1 in favor of the mixed approach . A programmer who uses a problem - oriented language is not ... assembly language SEC . 7.1 357 INTRODUCTION TO ASSEMBLY LANGUAGE THE ASSEMBLY PROCESS.
Contents
MULTILEVEL MACHINES | 8 |
COMPUTER SYSTEMS ORGANIZATION | 19 |
THE DIGITAL LOGIC LEVEL | 58 |
Copyright | |
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Common terms and phrases
address space algorithm allocation unit arithmetic assembly language base register Boolean buffer byte character chip circuit clock compiler contains control store conventional machine level CP/M decoding descriptor disk EPROM example execution fetched field floating-point format function gates goto hardware I/O devices implemented input instruction set integer interpreter interrupt jump latch level 2 machine loaded logical record loop machine language macro main memory memory address memory word microcomputer microinstruction microprocessor microprogram microprogramming level MULTICS needed opcode operand operating system output page table parameters processor program counter PUSH return address running scratchpad secondary memory sectors segment semaphore sequence service procedure shift shown in Fig signals specified stack pointer subcycle symbol tion track truth table variables virtual address virtual machine virtual memory Virtual page write