Error compensation for hybrid-computer solution of linear differential equations

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Error compensation for hybrid-computer solution of linear differential equations

N. H. Kemp-1970-11-01-NASA STI Repository (National Aeronautics and Space Administration)

TL;DRAbstract

Z-transform technique compensates for digital transport delay and digital-to-analog hold. Method determines best values for compensation constants in multi-step and Taylor series projections. Technique also provides hybrid-calculation error compared to continuous exact solution, plus system stability properties.

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Z-transform technique compensates for digital transport delay and digital-to-analog hold. Method determines best values for compensation constants in multi-step and Taylor series projections. Technique also provides hybrid-calculation error compared to continuous exact solution, plus system stability properties.

Keywords

Compensation (psychology)Taylor seriesHybrid computerAnalog computerControl theory (sociology)Stability (learning theory)Constant (computer programming)Mathematics

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