An introduction to the theory of linear systems

CONTENTS Preface Fundamental Concepts and Definitions State Equations Time Invariance, Linearity and Basis Functions Canonical Formulation Solutions to the Canonical Equations Controllability, Observability and Stability Statistical Systems-Signals in Noise Quantized Systems-Perturbation Theory and State Transitions Appendices Dirac Delta Function and the Unit Impulse --- Resolution of Continuous-Time Signals into Unit Impulses --- Discrete-Time State Equations --- Z Transforms --- Analogous Quantities of Continuous-Time and Discrete-Time Systems --- Stochastic Processes Bibliography Index