Front Cover -- Fault Detection, Supervision and Safety of Technical Processes 2006 -- Copyright Page -- Contents -- Part I: Plenary Session -- Chapter 1. Fault Diagnosis of Networked Control Systems -- Chapter 2. Fault-tolerance as a Key Requirement for the Control of Modem Systems -- Chapter 3. Statistical Signal Processing Approaches to Fault Detection -- Part II: Nonlinear Systems -- Chapter 4. The Nonlinear Output Frequency Response Function and its Application to Fault Detection -- Chapter 5. Fault Diagnosis of a Class of Singular Nonlinear Systems -- Chapter 6. An Algebraic Method for Nonlinear System Decomposition -- Chapter 7. A Realization Approach for Residual Expressions -- Chapter 8. Fault Estimation for Nonlinear Descriptor Systems with Lipschitz Constraints via LMI Approach -- Chapter 9. An Improved Invariance-like Theorem -- Part III: Neural Networks -- Chapter 10. Two Neural Net-learning Methods for Model Based Fault Detection -- Chapter 11. Component Fault Diagnosis using Wavelet Neural Networks with Local Recurrent Structure -- Chapter 12. Fault Detection in Catalytic Cracking Converter by Means of Probability Density Approximation -- Chapter 13. Increasing Effectiveness of Model-based Fault Diagnosis: A Dynamic Bayesian Network Design for Decision Making -- Part IV: Principal Component Analysis -- Chapter 14. Nonlinear PCA for Process Monitoring using the Local Approach -- Chapter 15. Improved Model Predictive Control using PCA -- Chapter 16. Multivariate Statistical Process Monitoring using Multi-scale Kernel Principal Component Analysis -- Chapter 17. Influence of Scaling and Unfolding in PCA Based Monitoring of Nutrient Removing Batch Process -- Chapter 18. Nonlinear Multiscale Fault Detection and Identification -- Part V: Fault Tolerant Control of Network Systems.

Chapter 19. Reconfiguration in Networked Control Systems: Fault Tolerant Control and Plug-and-play -- Chapter 20. Set-points Reconfiguration in Networked Dynamical Systems -- Chapter 21. Decentralized and Autonomous Design for FDI/FTC of Networked Control Systems -- Chapter 22. Fault Tolerant Hybrid MPC Applied on Sewer Networks -- Chapter 23. Coordinated Diagnosis of Nondeterministic Automata Networks -- Chapter 24. Minimising False Alarms Caused by Communication Delays in Networked Sytems -- Part VI: Flight Control Systems -- Chapter 25. Modelling of Vertical Gyroscopes with Consideration of Faults -- Chapter 26. Modelling of Rate Gyroscopes with Consideration of Faults -- Chapter 27. Advantages of using µ-synthesis for Fault-tolerant Flight Control System -- Chapter 28. Application of Fault Diagnosis Methodologies to a General Aviation Aircraft -- Chapter 29. Differential Flatness and Fault Detection in Flight Guidance Dynamics -- Part VII: Nonlinear Observers -- Chapter 30. The Observer Design for Nonlinear System with both Input and Output Unknown Disturbances -- Chapter 31. An LMI Approach to Designing Observers and Unknown Input Observers for Nonlinear Systems -- Chapter 32. Particle Filters for Dynamic Data Rectification and Process Change Detection -- Chapter 33. Disturbance Decouping Sequential Monte Carlo Filtering and Application in Nonlinear Robust FaultDiagnosis -- Chapter 34. Fault Diagnostic Filtering using Stochastic Distributions in Nonlinear Generalized H∞ Setting -- Part VIII: Neuro-fuzzy Systems -- Chapter 35. A New Dynamic Neuro-fuzzy System Applied to Fault Diagnosis of an Evaporation Station -- Chapter 36. Fault Detection by Neuro-fuzzy Identification in a Nonlinear System -- Chapter 37. Intelligent Fault Diagnosis in Lead-zinc Smelting Process.

Chapter 38. Robust Fuzzy Fault Detection for Continuous-time Nonlinear Dynamic Systems -- Chapter 39. Online Fault Detection and Isolation of Nonlinear Systems Based on Neurofuzzy Networks -- Chapter 40. A Vibration Fault Diagnosis System of HGS Based on FNN -- Part IX: Statistical Methods -- Chapter 41. On Line Change Detection with Nuisance Parameters -- Chapter 42. Condition Monitoring of Model Predictive Control Systems using Markov Models -- Chapter 43. An Approach to Detect and Isolate Faults for Nonlinear Systems with Periodic Input -- Chapter 44. The Research of Process Monitoring Based on Data Fusion Theory -- Chapter 45. Detection Limits for Linear Non-Gaussian State-Space Models -- Part X: Networked Control Systems Tolerant to Faults -- Chapter 46. Multi-red Controller for Router Fault Accommodation -- Chapter 47. Ftc Strategies in Model Predictive Control of a Dearomatisation Process -- Chapter 48. Robustness against Unknown Networked Induced Delays of Observer based FDI -- Chapter 49. Observer-based Monitoring of Distributed Networked Control Systems -- Chapter 50. NetworkCalculus based FDI Approach for Switched Ethernet Architecture -- Chapter 51. Control Reconfiguration in Networked Control System -- Part XI: Aeronautics and Aerospace -- Chapter 52. Application of Diagnostic Techniques to an Experimental Aircratt Fuel Rig -- Chapter 53. Fault Tolerance Evaluation of a Neural Predictive Flight Control System -- Chapter 54. Sliding Mode Fault Detection and Isolation in a Satellite Leader/Follower System -- Chapter 55. Robust Fault Diagnosis of the Microscope Satellite Micro-thrusters -- Chapter 56. A Unified Failure/damage Approach to Battle Damage Regeneration : Application to Ground Military Systems -- Chapter 57. On Robust Fault-tolerant Control of Missile Control System -- Part XII: Parity Relations.

Chapter 58. Parity Relations for Linear Dynamic Systems with Multiplicative Uncertainties -- Chapter 59. Parity Relation based Fault Estimation for Nonlinear Systems: An LMI Approach -- Chapter 60. An Integrated Way to Design FD/FTC Modules via Parity Space and Model Following -- Chapter 61. Fault Detection of Descriptor Systems -- Chapter 62. Fault Diagnosis of Sensors in Autonomous Underwater Vehicle: Adaptive Quasi-linear Parity Relations Method -- Chapter 63. Fuzzy Parity Equation for Fault Detection and Identification of Nonlinear Systems -- Part XIII: Intelligent Systems -- Chapter 64. Fault Diagnosis System based in Agents -- Chapter 65. Regression-based Variable Reconstruction in Multivariate Systems -- Chapter 66. Surface Roughness and Cutting Tool-wear Diagnosis Based on Bayesian Networks -- Chapter 67. The Use of Evolutionary Optimization in Fuzzy TSK Model Identification -- Chapter 68. Adaptive Structural Analysis for FDI Design in Evolving Systems -- Part XIV: Information Theory and Bayesian Approaches -- Chapter 69. Robust Fault Detection and Isolation based on the Kullback Divergence -- Chapter 70. Entropy Optimization Filtering for Fault Isolation of Non-gaussian Systems -- Chapter 71. A Maximum Entropy based Approach to Fault Diagnosis using Discrete and Continuous Features -- Chapter 72. Dynamic Bayesian Networks in System Reliability Analysis -- Chapter 73. A Bayesian Approach to Fault Isolation-Structure Estimation and Inference -- Chapter 74. Non-logarithmic Probabilistic Rates of the Object Condition's Uncertainty and the Diagnostic Symptoms' Informativity -- Part XV: On Active Fault Tolerant Control -- Chapter 75. Active Actuator Fault Tolerant Control Design for Polytopic LPV Systems -- Chapter 76. Full Vehicle Active Suspension: Sensor Fault Diagnosis and Fault Tolerance.

Chapter 77. Structural Design of Systems with Safe Behavior Under Single and Multiple Faults -- Chapter 78. Fault Tolerant Control for Uncertain Systems with Parametric Faults -- Chapter 79. Development of Fault Tolerant Control System for Condensation Power Turbine -- Chapter 80. Reconfiguration on Electric Vehicle After Major Actuator Faults -- Part XVI: Automotive Systems -- Chapter 81. Fault Diagnosis of an Active Suspension Control System -- Chapter 82. Determining a Component's Fault Status and the Status' Readiness -- Chapter 83. Fault Detection of a Steering Wheel Sensor Signal in an Active Front Steering System -- Chapter 84. Hierarchical Modelling and Diagnosis for Embedded Systems -- Chapter 85. Fault Detection using Redundant Navigation Modules -- Part XVII: Linear Observers I -- Chapter 86. Designing Diagnostic Observers via Entirely-left Eigenstructure Assignment -- Chapter 87. Fast Rate Fault Detection for Multirate Sampled-data Systems with Time-delays -- Chapter 88. Observer Gain Effect in Linear Interval Observer-based Fault Detection -- Chapter 89. A Model-free Fault Detection Approach of Continuous-time Systems from Time Domain Data -- Chapter 90. Analysis of Observer-based Fault Tolerant Control Systems with Markovian Parameters -- Chapter 91. Designing FDI Observers by Improved Evolutionary Multi-objective Optimization -- Part XVIII: Uncertain Systems -- Chapter 92. Active Fault Diagnosis by Temporary Destabilization -- Chapter 93. Generation of Set Membership Tests for Fault Diagnosis and Evaluation of their Worst Case Sensitivity -- Chapter 94. Fault Detection based on Set-membership Inversion -- Chapter 95. Parameter Uncertainties Characterisation for Linear Models -- Chapter 96. Active Fault Diagnosis in Closed-loop Uncertain Systems -- Chapter 97. Multiple Model Weight Estimation for Models with no Common State.

Part XIX: Sttisticalmethods II.