Mathematical Modeling and Digital Simulation for Engineers and Scientists

MATHEMATICAL MODELING PRELIMINARIES. The Mathematical Modeling of Continuous Processes. The Mathematical Modeling of Discrete Processes. NUMERICAL METHODS FOR SIMULATING LINEAR SYSTEMS ON A DIGITAL COMPUTER. An Introduction to Linear System Simulation. Discrete Analog Simulation. Root-matching Methods. NUMERICAL METHODS FOR SIMULATING NONLINEAR SYSTEMS ON A DIGITAL COMPUTER. Nonlinear System Simulation. Modern Numerical Integration Methods. Classical Numerical Integration Methods. SIMULATING CONTINUOUS RANDOM PROCESSES ON A DIGITAL COMPUTER. An Introduction to Continuous Stationary Random Processes. Generating Chaos, Random Numbers, and Simulating Random Processes. SIMULATOR VERIFICATION. Practical Fault Detection and Isolation Techniques for Simulator Verification. FAST FUNCTION EVALUATION TECHNIQUES. Nested Parenthetical Forms and Chebyshev Economization. Appendixes. Subject Index.Smith, Jon M. is the author of 'Mathematical Modeling and Digital Simulation for Engineers and Scientists' with ISBN 9780471085997 and ISBN 0471085995.