We show how to compute a minimal Riccati-balanced state map and a minimal Riccati-balanced state space representation starting from an image representation of a strictly dissipative system. The result is based on an iterative procedure to solve a generalization of the Nevanlinna interpolation problem
We illustrate procedures to identify a state-space representation of a lossless or dissipative syste...
We develop a new approach to the construction of state vectors for linear time-invariant systems des...
We develop a new approach to the construction of state vectors for linear time-invariant systems des...
We show how to compute a minimal Riccati-balanced state map and a minimal Riccati-balanced state spa...
We show how to compute a minimal Riccati-balanced state map and a minimal Riccati-balanced state spa...
We show how to compute a minimal Riccati-balanced state map and a minimal Riccati-balanced state spa...
We show how to compute a minimal Riccati-balanced state map and a minimal Riccati-balanced state spa...
We show how to compute a minimal Riccati-balanced state map and a minimal Riccati-balanced state spa...
We illustrate an algorithm that starting from the image representation of a strictly bounded-real sy...
We illustrate an algorithm that starting from the image representation of a strictly bounded-real sy...
We illustrate an algorithm that starting from the image representation of a strictly bounded-real sy...
We illustrate an algorithm that starting from the image representation of a strictly bounded-real sy...
Algorithms are derived which pass directly from the differential equation describing the behavior of...
We develop a new approach to the construction of state vectors for linear time-invariant systems des...
We illustrate procedures to identify a state-space representation of a lossless or dissipative syste...
We illustrate procedures to identify a state-space representation of a lossless or dissipative syste...
We develop a new approach to the construction of state vectors for linear time-invariant systems des...
We develop a new approach to the construction of state vectors for linear time-invariant systems des...
We show how to compute a minimal Riccati-balanced state map and a minimal Riccati-balanced state spa...
We show how to compute a minimal Riccati-balanced state map and a minimal Riccati-balanced state spa...
We show how to compute a minimal Riccati-balanced state map and a minimal Riccati-balanced state spa...
We show how to compute a minimal Riccati-balanced state map and a minimal Riccati-balanced state spa...
We show how to compute a minimal Riccati-balanced state map and a minimal Riccati-balanced state spa...
We illustrate an algorithm that starting from the image representation of a strictly bounded-real sy...
We illustrate an algorithm that starting from the image representation of a strictly bounded-real sy...
We illustrate an algorithm that starting from the image representation of a strictly bounded-real sy...
We illustrate an algorithm that starting from the image representation of a strictly bounded-real sy...
Algorithms are derived which pass directly from the differential equation describing the behavior of...
We develop a new approach to the construction of state vectors for linear time-invariant systems des...
We illustrate procedures to identify a state-space representation of a lossless or dissipative syste...
We illustrate procedures to identify a state-space representation of a lossless or dissipative syste...
We develop a new approach to the construction of state vectors for linear time-invariant systems des...
We develop a new approach to the construction of state vectors for linear time-invariant systems des...