Interconnected systems with “mixed” passivity and negative-imaginary properties: A stability analysis in discrete-time
Md. Arifur Rahman, Abdullah Al Mamun, Sajal K. Das
Abstract
Md. Arifur Rahman, Abdullah Al Mamun, Sajal K. Das
Abstract
This paper briefly presents a stability analysis of interconnected systems with mixed passivity and negative-imaginary properties in discrete-time. These results are analogous to previously established continuous-time case. As discretization of the system or discrete-time design is an important issue for control system design, this paper provides a base for discretization of “mixed” system with passivity and negative imaginary properties. Numerical example and simulation results demonstrate the effectiveness of the proposed analysis.
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This paper briefly presents a stability analysis of interconnected systems with mixed passivity and negative-imaginary properties in discrete-time. These results are analogous to previously established continuous-time case. As discretization of the system or discrete-time design is an important issue for control system design, this paper provides a base for discretization of “mixed” system with passivity and negative imaginary properties. Numerical example and simulation results demonstrate the effectiveness of the proposed analysis.
Key concepts: Passivity, Discretization, Stability (learning theory), Discrete time and continuous time, Computer science, Control theory (sociology), Control (management), Mathematics