All Stories

  1. Minimum Effort Pursuit Guidance with Multiple Delayed Engagement Decisions
  2. Linear Quadratic Minimum-Effort, Specify-Performance Approach to Missile Guidance
  3. Minimum Effort Pursuit Guidance with Delayed Engagement Decision
  4. Cooperative Guidance and Collision Avoidance for Multiple Pursuers
  5. Minimum-Effort Intercept Angle Guidance with Multiple-Obstacle Avoidance
  6. Optimal Rendezvous Guidance Laws with Application to Civil Autonomous Aerial Refueling
  7. Cooperative Guidance Law for Intrasalvo Tracking
  8. Combined and Cooperative Minimum-Effort Guidance Algorithms in an Active Aircraft Defense Scenario
  9. Trajectory Shaping Autopilot-Guidance Design for Civil Autonomous Aerial Refueling
  10. Minimum Effort Intercept and Evasion Guidance Algorithms for Active Aircraft Defense
  11. Minimum Effort Pursuit/Evasion Guidance with Specified Miss Distance
  12. Aeroservoelastic Response of Nonlinear Wind Tunnel Model to Non-Uniform Gust Field
  13. A mixed L2/L∞ differential game approach to pursuit-evasion guidance
  14. Adjoint Analysis of Guidance Systems with Nonstandard Inputs
  15. Adjoint Method for Hybrid Guidance Loop State-Space Models
  16. Optimal Linear-Quadratic Missile Guidance Laws with Penalty on Command Variability
  17. Minimum Variation Guidance Laws for Interceptor Missiles
  18. Blind Range Influence on Guidance Loop Performance: An Adjoint-Based Analysis
  19. An Impulsive Input Approach to Short Time Convergent Control for Linear Systems
  20. Hybrid-Impulsive Second Order Sliding Mode Control: Lyapunov Approach
  21. A Hamiltonian-based solution to the linear quadratic consensus control problem
  22. On Some Issues Concerning the Adjoint Simulation of Guidance Systems
  23. A novel approach to deterministic performance analysis of guidance loops with saturation
  24. A novel concept for scheduling and effect assessment of soft-kill against an antiship missile based on the Adjoint Method
  25. Robust Missile Feedback Control Strategies
  26. Robust Performance Analysis of Hybrid Guidance Loop Models
  27. State-Space Approach to the Method of Adjoints for Hybrid Guidance Loop Models
  28. Synthesis of Robust Feedback Missile Control Strategies by Using LMI Techniques
  29. Robust Analysis of Guidance Performance Against Weaving Targets
  30. Robust Minimax Strategies for Missile Guidance Design
  31. Guidance Performance Analysis in the Presence of Model Uncertainties
  32. Evaluation Method for Dual Phase Guided Weapons Based on the Adjoint Method
  33. Higher Order Statistics and the Adjoint Method for guidance loop analysis
  34. Handover Analyis for Tactical Guided Weapons Using the Adjoint Method
  35. Adjoint Method for Missile Performance Analysis on State-Space Models
  36. Structural Analysis in the Dynamical Modelling of Chemical Engineering Systems
  37. Automaton-based fault detection and isolation
  38. Concept and design of Modeller, a computer-aided modelling tool
  39. SyMoM — A symbolic manipulation package for dynamical models of physical systems
  40. Modelling of a potato storage facility for Product Quality Control purposes
  41. Modelling of a pneumatic dryer for potato starch
  42. Nonlinear system analysis applied to the numerical conditioning of dynamical models for physical processes
  43. Optimal control of stable weakly regular linear systems
  44. Simplifying hypotheses in computer-aided modelling: a singular perturbation approach
  45. Riccati equation theory for Pritchard-Salamon systems: a Popov function approach
  46. General matrix pencil techniques for the solution of algebraic Riccati equations: a unified approach
  47. Coprime factorization for regular linear systems
  48. Spectral and inner-outer factorizations through the constrained Riccati equation
  49. Continuous and discrete-time Riccati theory: A Popov-function approach
  50. Model reduction techniques for sampled-data systems
  51. Two-Riccati formulae for the discrete-time H∞-control problem
  52. On computing the stabilizing solution of the discrete-time Riccati equation
  53. The problem for time-varying discrete systems
  54. SPECFIT — an interactive package for Mössbauer spectra fitting with personal computers
  55. FREQUENCY SOLVABILITY CONDITIONS FOR ALGEBRAIC RICCATI EQUATIONS
  56. On the Hankel singular values of linear continuous and sampled-data multivariable systems
  57. A design strategy for discrete control of continuous systems
  58. Model-based product quality control for a potato storage facility