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INTRODUCTION TO HYBRID COMPUTER
HYBRID COMPUTER SYSTEM COMPONENTS
NUMERICAL SOLUTION OF ORDINARY
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accuracy amplifier analog and digital analog computer analog input analog-digital converter application approximation axes binary block diagram calculation chapter circuit coefficients components considered continuous corresponding criterion function cycle delay described differential equations digital computer digital-analog converter discrete domain dynamic system Electronic employed estimate example first-order first-order hold flow chart formula FORTRAN frequency gradient method human operator hybrid computer systems hybrid computer techniques hybrid loop hybrid systems independent variable initial conditions integration interval iteration large number linear maximum minimum Monte Carlo method multiplexer noise nonlinear obtained optimal control optimization problem optimum output partial differential equations performed pulse puter quantization represents round-off errors Runge-Kutta Runge-Kutta methods sampling Section sensitivity sequence shown in Figure signal simulation solution solved space specified steepest descent step subroutine switches Taylor series trajectory truncation error vector voltage z-transform zero zero-order hold