DYNAMIC COMPENSATION OF MEASURABLE DISTURBANCES IN NONLINEAR MULTIVARIABLE SYSTEMS
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This paper concerns multivariable nonlinear systems with measurable disturbance inputs. For such systems, we address the problem of eliminating the effect of the disturbance inputs on the outputs and achieving a well-characterized linear input/output behaviour in the closed-loop system. Necessary and sufficient conditions are derived under which dynamic feedforward/static state feedback laws solve the above problem, and explicit synthesis formulas are developed. 1993 Taylor & Francis Ltd.