We define a lossless autonomous system as one having a quadratic differential form associated with it called an energy function, which is positive and which is conserved. We define an oscillatory system as one which has all its trajectories bounded on the entire time axis. In this paper, we show that an autonomous system is lossless if and only if it is oscillatory. Next we discuss a few properties of energy functions of autonomous lossless systems and a suitable way of splitting a given energy function into its kinetic and potential energy components
In a totally dissipative behavior, all non-trivial trajectories dissipate energy. A characterization...
We study the notion of state for a class of linear discrete time-varying systems and provide a chara...
In this paper, we take a control-theoretic approach to answering some standard questions in statist...
We define a lossless autonomous system as one having a quadratic differential form associated with i...
We define a lossless autonomous system as one having a quadratic differential form associated with i...
In this thesis, we study the properties of lossless systems using the concept of quadratic different...
We study quadratic functionals of the variables of a linear oscillatory system and their derivatives...
This paper deals with linear shift-invariant distributed systems. By this we mean systems described ...
This paper deals with dissipative dynamical systems. Dissipative dynamical systems can be used as mo...
Lossless and all-pass systems are energy-conservative in the sense that the energy that is extracted...
We study the structure and properties of the set of intrinsically zero-mean quadratic quantities for...
In a totally dissipative behavior, all non-trivial trajectories dissipate energy. A characterization...
We study the notion of state for a class of linear discrete time-varying systems and provide a chara...
In this paper, we take a control-theoretic approach to answering some standard questions in statist...
We define a lossless autonomous system as one having a quadratic differential form associated with i...
We define a lossless autonomous system as one having a quadratic differential form associated with i...
In this thesis, we study the properties of lossless systems using the concept of quadratic different...
We study quadratic functionals of the variables of a linear oscillatory system and their derivatives...
This paper deals with linear shift-invariant distributed systems. By this we mean systems described ...
This paper deals with dissipative dynamical systems. Dissipative dynamical systems can be used as mo...
Lossless and all-pass systems are energy-conservative in the sense that the energy that is extracted...
We study the structure and properties of the set of intrinsically zero-mean quadratic quantities for...
In a totally dissipative behavior, all non-trivial trajectories dissipate energy. A characterization...
We study the notion of state for a class of linear discrete time-varying systems and provide a chara...
In this paper, we take a control-theoretic approach to answering some standard questions in statist...