Abstract :
The design and the performance of a fast iterative analog computer that is based on the use of pulse-ratio modulation representation is presented. The basic element employed in the design of the computing units of the computer is a pulse-ratio modulator. The solution of an eigenvalue problem by the computer is presented as an example of its applications. The results obtained agree well with analytical calculations.
Keywords :
Eigenvalue computation, hybrid dividers, hybrid multipliers, iterative computers, nonlinear oscillators, pulse-ratio integrators, pulse-ratio modulators, pulse-ratio summers.; Analog computers; Application software; Automatic control; Eigenvalues and eigenfunctions; Frequency; Oscillators; Pulse modulation; Testing; Trigger circuits; Voltage; Eigenvalue computation, hybrid dividers, hybrid multipliers, iterative computers, nonlinear oscillators, pulse-ratio integrators, pulse-ratio modulators, pulse-ratio summers.;
