Chapter 1 Introduction 1.1 Definition and basic composition of missiles 1.2 Basic principles of missile guidance and control 1.3 Functions and compositions of missile guidance and control systems 1.4 Classification of missile guidance systems 1.5 Design methods for guidance and control systems 1.6 Quality standards for guidance systems 1.7 Several theoretical problems confronted by missile guidance and control systems Key points of this chapter Exercises References Chapter 2 Theoretical basis for designing missile guidance and control systems 2.1 Applications of classical control theories in designing missile guidance and control systems 2.2 Applications of modern control theories in designing guidance and control systems for missiles Key points of this chapter Exercises References Chapter 3 Features of targets and environment 3.1 Target features 3.2 Typical motion forms of targets 3.3 Radiation and scattering features of targets 3.4 Environment features Key points of this chapter Exercises References Chapter 4 Basic features of missiles 4.1 Definitions of coordinate systems 4.2 The six degree of freedom model of missile bodies 4.3 Missile body transfer functions 4.4 Missile body dynamic feature analysis Key points of this chapter Exercises References Chapter 5 Basic requirements for missile designs 5.1 Missile velocity feature 5.2 Restrictions on the missile normal overload, maximum available overload 5.3 Missile damping 5.4 Missile static stability 5.5 Missile\'s natural frequency 5.6 Missile aileron efficiency 5.7 Missile pitch/yaw efficiency 5.8 Stabilization of missile body dynamics features 5.9 Missile structure rigidness and sensitive components installation positions 5.10 Missile manipulation mechanism and control surface rigidness 5.11 Missile power system Key points of this chapter Exercises References Chapter 6 Components and parts of missile guidance and control systems 6.1 Seeker 6.2 Sensor system 6.3 Actuator system Key points of this chapter Exercises References Chapter 7 Analysis and designs for missile flight control systems 7.1 Attitude control system 7.2 Normal overload control system 7.3 Velocity control system 7.4 Position control system Key points of this chapter Exercises References Chapter 8 Missile guidance system analysis and design 8. 1 Basic concepts 8.2 Guidance system analysis methods 8.3 Remote control guidance 8.4 Homing guidance 8.5 Combined guidance Key points of this chapter Exercises References Chapter 9 Anti-interference techniques for missile guidance systems 9.1 Interference environment confronted by missile guidance systems 9.2 Anti-interference techniques for missile guidance systems 9.3 Anti-interference performance evaluation for missile guidance systems Key points of this chapter Exercises References Chapter 10 Advanced missile control techniques 10.1 Static unstable control technique 10.2 Flight control technique at large angle of attack 10.3 Thrust vector control technique 10.4 Bank-to-Turn (BTT) control technique 10.5 Direct force control technique 10.6 Multi-missile formation flight control technique Key points of this chapter Exercises References Chapter 11 Advanced missile guidance techniques 11.1 Missile multi-mode guidance technique 11.2 Missile intelligent guidance technique 11.3 Multi-missile cooperative guidance technique Key points of this chapter Exercises References Chapter 12 Missile guidance and control system testing techniques 12.1 Simulation testing techniques of missile guidance and control systems 12.2 Flight testing techniques of missile guidance and control systems Key points of this chapter Exercises References Appendix Symbol cross reference table
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