Digital Computer System PrinciplesAutomatic computer systems; Programming; Program translation; Storage organization and searching; Logic and logic circuits; Data-flow circuits and magnetic-core storage; Turing, finite-state, and sequential circuit models; Number representation and arithmetic operations; Computer architecture and microprogramming; The IBM system/360 and system/370; Some principles of reliability theory. |
Contents
Chapter One AUTOMATIC COMPUTERS | 1 |
Chapter Two PROGRAMMING | 23 |
The Programming Language Used in This Book | 29 |
Copyright | |
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Common terms and phrases
adder algebraic algorithm analog-digital converter argument arithmetic binary number binary operator block branch byte called channel circuit circuitry clock column common complement consider core storage corresponding cycle data register decimal decoder denoted devices Digital Computers elements encoding equation example execution expression fan-in flip-flop floating-point FORTRAN function given index register input input/output instruction integer interrupt interrupt requests language length logical loop machine mask matrix method microprogram minterm multiplication notation obtained operand operations output polynomial position problem procedure processor storage program counter program loop radix record reliability representation represented result rightmost selected sequence sequential circuit shift shown in Fig signal single specified speed stack statement stored string subroutine subtraction symbol tape tion translation truth table Turing machine usually variables vector word