An Introduction to Digital Computing
Language and notation; Elements of a practical language; Statements and flow charts; Functions and example programs; The design of a practical machine; Machine language and components; Number systems and arithmetic; Computational error; Taylor's series and divided differences.
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Language and Notation
Elements of a Practical Language
Statements and Flow Charts
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abscissas addition algorithm approximation arithmetic operations array elements augmented matrix binary binary operations called cards characters Chebyshev polynomials coefficients column computation constant decimal defined definition derivative described designated determinant diagonal differentiation digits dimension divided differences division dummy variables END OF CONDITIONAL END OF FUNCTION evaluation example executed expression external function Figure flow chart formula FUNCTION RETURN given illustrate index register indicated initial instructions integer interchange interval language linear array linear equations machine machine language method multiplication Newton's method notation obtained octal operands parentheses pivot row possible preceding PRINT problem procedure produce quotient range recursive represented result routine SAVE DATA sequence simply Simpson's rule solution specific statement label step storage tape stored subroutine subscript substitution statements subtraction symbol Taylor series tion TRANSFER variable names VECTOR VALUES written yn+i zero