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Advanced Guidance and Control of Flight Vehicle: Theory and Application
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The application of advanced guidance and control to missiles, hypersonic vehicles, and unmanned aerial vehicles has long represented a research hotspot in academia, and the development of more advanced and intelligent guidance and control technology for flight vehicles has become a focus of research in recent years. In this reprint, studies on the mathematical theory and application of flight vehicle guidance and control are presented. This includes trajectory optimization, online planning, advanced intermediate guidance theoretical methods, terminal guidance theoretical methods, intercept guidance and pursuit and escape guidance, and other topics.
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Keywords
- 3D path planning
- active protection
- Adaptive
- adaptive disturbance rejection control
- adaptive margin model
- adaptive non-uniform discretization
- aircraft/engine integration
- C-W equations
- collision course
- cone complementary linearization
- control constraints
- cooperative guidance
- cubature Kalman filter
- extended Kalman filter
- fault tolerant
- feasibility guarantee
- finite-time contractive stability
- fixed-time convergence
- guidance law
- hypersonic entry
- hypersonic vehicle
- impact angle constraint
- impact time constraint
- improved sequential convexification
- LOS angle rate
- maneuvering target
- method of multipliers
- model predictive static programming
- modeling errors
- particle swarm algorithm
- pseudo-spectral method
- real-time trajectory planning
- reentry trajectory planning
- reinforcement learning
- saturation control
- sequential convex programming
- SHADE algorithm
- spacecraft attitude control
- spacecraft rendezvous system
- state feedback control
- T-MPSP
- terminal guidance
- thema EDItEUR::P Mathematics and Science
- thema EDItEUR::P Mathematics and Science::PB Mathematics
- thema EDItEUR::P Mathematics and Science::PB Mathematics::PBW Applied mathematics
- three-dimensional engagement
- thrust optimization
- Trajectory Tracking
- UAV
- uncertainty
- unmanned aerial vehicle
- unwinding
Links
DOI: 10.3390/books978-3-7258-1886-0Editions