Applied Linear Algebra : The Decoupling Principle. Este artículo no está disponible.Applied Linear Algebra : The Decoupling Principle

For a second applied course in Linear Algebra or a rigorous first course for students of math, physics, engineering, and other sciences.

Built upon the principles of diagonalization and superposition, this text contains many important physical applications―such as population growth, normal modes of oscillations, waves, Markov chains, stability analysis, signal processing, and electrostatics―to show students the incredible power of linear algebra in the real world. The underlying ideas of breaking a vector into modes, and of decoupling a complicated system by suitable choice of linear coordinates, are emphasized throughout the book. It impresses upon students the importance of these principles, while giving them enough tools to use them effectively in a variety of settings.

For a second applied course in Linear Algebra or a rigorous first course for students of math, physics, engineering, and other sciences. Built upon the principles of diagonalization and superposition, this text contains many important physical applications-such as population growth, normal modes of oscillations, waves, Markov chains, stability analysis, signal processing, and electrostatics-to show students the incredible power of linear algebra in the real world. The underlying ideas of breaking a vector into modes, and of decoupling a complicated system by suitable choice of linear coordinates, are emphasized throughout the book. It impresses upon students the importance of these principles, while giving them enough tools to use them effectively in a variety of settings.