Principles of Optimalizing Control Systems and an Application to the Internal Combustion EngineAmerican Society of Mechanical Engineers, 1951 - 160 páginas |
Conteúdo
METHODS OF REALIZING OPTIMUM PERFORMANCE | 6 |
SENSITIVITY SIGNAL INPUT OPTIMALIZING CONTROLLERS | 17 |
OUTPUT SAMPLING OPTIMALIZING CONTROLLERS | 30 |
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Termos e frases comuns
adjustment adjustor drive drive break point characteristic curve constant input rate controlled input adjustor controlled input rate convertor output hunting corresponding critical output initial critical stabilization zone curve of Fig deviation ratio discussion of Fig drive drive signal equal indicated optimum output indicated output deviation input adjustor drive input convertor output input correction signal input drive reversal input linear group input rate control input rate reversal input variation input-output sensitivity interference components internal combustion engine no-response-delay output hunting optimalizing controller optimum output level optimum output signal optimum point output coupler output deviation signal output hunting loss output hunting period output hunting zone output initial deviation output linear group output rate signal output signal smoothing parabolic performance characteristic plot of Fig proportional input rate recovery represented response delay shown in Fig signal generating system signal smoothing system smoothed output signal stabilization zone limit stabilization zone setting thyratron voltage