摘要：AbstractThis paper presents a design of stabilizing dynamic feedback control law for steering steady-states of biochemical reaction networks. The design is carried out on a structurally similar reduced linear system model, obtained at the neighborhood of equilibrium point of the nonlinear system. The biochemical reaction network is modeled as a quasi-polynomial system with a translation into the positive orthant retaining all qualitative behaviors of the original system. The control law design is formulated as a bilinear matrix inequality (BMI) problem and an iterative algorithm is presented to find the controller gains. Two examples are illustrated to show the effectiveness of the proposed method.
关键词：KeywordsBiochemical reaction networkssteady-statequasi-polynomial systemsbilinear matrix inequalitystabilizing feedback control
