*Each Chapter contains an Introduction and References BASICS OF MISSILE GUIDANCE Guidance Process Missile Guidance Representation of Motion Line-of-Sight PARALLEL NAVIGATION Proportional Navigation: Planar Engagement Proportional Navigation: Three-dimensional Engagement Augmented Proportional Navigation Proportional Navigation as a Control Problem Augmented Proportional Navigation as a Control Problem When is the PN Law Optimal? ANALYSIS OF PROPORTIONAL NAVIGATION GUIDED MISSILE SYSTEMS IN THE TIME DOMAIN Inertialess PN Guidance System Method of Adjoints ANALYSIS OF PROPORTIONAL NAVIGATION GUIDED MISSILE SYSTEMS IN THE FREQUENCY DOMAIN Adjoint Method: Generalized Model Frequency Domain Analysis Steady-State Miss Analysis Weave Maneuver Analysis Example Frequency Analysis and Miss Step Response Bounded Input - Bounded Output Stability Frequency Response of the Generalized Missile Guidance Model DESIGN OF GUIDANCE LAWS IMPLEMENTING PARALLEL NAVIGATION: TIME-DOMAIN APPROACH Guidance Correction Controls Lyapunov Approach to Control Law Design Modified Linear Planar Model of Engagement General Planar Case Three-Dimensional Engagement Model Generalized Guidance Laws Examples DESIGN OF GUIDANCE LAWS IMPLEMENTING PARALLEL NAVIGATION: FREQUENCY-DOMAIN APPROACH Neoclassical Missile Guidance Pseudoclassical Missile Guidance Example Systems GUIDANCE LAW PERFORMANCE ANALYSIS UNDER STOCHASTIC INPUTS Brief Discussion of Stochastic Processes Random Target Maneuvers Analysis of Influence of Noises on Miss Distance Effect of Random Target Maneuvers on Miss Distance Computational Aspects Examples Filtering TESTING GUIDANCE LAWS PERFORMANCE Forces Acting on Missiles Missile Dynamics Autopilot and Actuator Models Reference Systems and Transformations Seeker Model Filtering and Estimation Kappa Guidance Simulation Models INTEGRATED MISSILE DESIGN Integrated Control and Guidance Missile Model Synthesis of Control Laws Integration and Decomposition MISSILE GUIDANCE SOFTWARE Software for Frequency-Domain Approach Software for Time-Domain Methods Glossary Appendix A Lyapunov Method Bellman-Lyapunov Approach Appendix B Laplace Transform Proof of Theorem Appendix C Aerodynamic Regression Models Appendix D Runge-Kutta Method Index>Example Frequency Analysis and Miss Step Response Bounded Input - Bounded Output Stability Frequency Response of the Generalized Missile Guidance Model DESIGN OF GUIDANCE LAWS IMPLEMENTING PARALLEL NAVIGATION: TIME-DOMAIN APPROACH Guidance Correction Controls Lyapunov Approach to Control Law Design Modified Linear Planar Model of Engagement General Planar Case Three-Dimensional Engagement Model Generalized Guidance Laws Examples DESIGN OF GUIDANCE LAWS IMPLEMENTING PARALLEL NAVIGATION: FREQUENCY-DOMAIN APPROACH Neoclassical Missile Guidance Pseudoclassical Missile Guidance Example Systems GUIDANCE LAW PERFORMANCE ANALYSIS UNDER STOCHASTIC INPUTS Brief Discussion of Stochastic Processes Random Target Maneuvers Analysis of Influence of Noises on Miss Distance Effect of Random Target Maneuvers on Miss Distance Computational Aspects Examples Filtering TESTING GUIDANCE LAWS PERFORMANCE Forces Acting on Missiles Missile Dynamics Autopilot and Actuator Models Reference Systems and Transformations Seeker Model Filtering and Estimation Kappa Guidance Simulation Models INTEGRATED MISSILE DESIGN Integrated Control and Guidance Missile Model Synthesis of Control Laws Integration and Decomposition MISSILE GUIDANCE SOFTWARE Software for Frequency-Domain Approach Software for Time-Domain Methods Glossary Appendix A Lyapunov Method Bellman-Lyapunov Approach Appendix B Laplace Transform Proof of Theorem Appendix C Aerodynamic Regression Models Appendix D Runge-Kutta Method Indext of Random Target Maneuvers on Miss Distance Computational Aspects Examples Filtering TESTING GUIDANCE LAWS PERFORMANCE Forces Acting on Missiles Missile Dynamics Autopilot and Actuator Models Reference Systems and Transformations Seeker Model Filtering and Estimation Kappa Guidance Simulation Models INTEGRATED MISSILE DESIGN Integrated Control and Guidance Missile Model Synthesis of Control Laws Integration and Decomposition MISSILE GUIDANCE SOFTWARE Software for Frequency-Domain Approach Software for Time-Domain Methods Glossary Appendix A Lyapunov Method Bellman-Lyapunov Approach Appendix B Laplace Transform Proof of Theorem Appendix C Aerodynamic Regression Models Appendix D Runge-Kutta Method Index Appendix D Runge-Kutta Method Index.