图书信息:

丛 书 名:Lecture Notes in Control and Information Sciences
书  名:Switched and Impulsive Systems: Analysis, Design and Applications
作  者:Zhengguo Li, Yengchai Soh, Changyun Wen
出 版 社:Springer-Verlag
出版时间:2005-02
定  价:1669kr
语  种:英语
I S B N:9783540239529
页  数:274

内容简介:   

  In this volume the important concept of switched and impulsive control is discussed, with a wide field of applications in the analysis and control of complex systems. This monograph provides the reader with a comprehensive coverage of switched and impulsive systems, including new original work with various applications such as switched server systems, scalable video coding systems, chaotic based secure communication, or quality of service on the internet. Switched and Impulsive Systems can be used as a reference or a text for a course at graduate level.

英文目录:
Symbols and Acronyms
1. Examples and Modelling of Switched and Impulsive Systems
  1.1 Simple Examples of Switched and Impulsive Systems
  1.2 Mathematical Modelling of Switched and Impulsive Systems
  1.3 Control of Switched and Impulsive Systems
  1.4 Practical Examples
  1.5 Preview of Chapters
2. Analysis of Switched and Impulsive Systems
  2.1 The State Evolution of Switched and Impulsive Systems
  2.2 The Concept of Cycle
  2.3 The State Space of Switched and Impulsive Systems
  2.4 Basic Definitions on Lyapunov Stability
  2.5 Two Basic Theorems on Lyapunov Stability
  2.6 An Illustrative Example
3. Stability of Linear Switched and Impulsive Systems
  3.1 Multiple Lyapunov Functions
  3.2 Matrix Measures
  3.3 Matrix Norms
  3.4 A Decomposition Method
  3.5 Stability of Linear Switched and Impulsive Systems with Respect to Invariant Sets
  3.6 Stabilization of Linear Switched Systems
4. Stability of Nonlinear Switched and Impulsive Systems
  4.1 Multiple Lyapunov Functions
  4.2 Generalized Matrix Measure
  4.3 Linear Approximation Method
  4.4 Stabilization of Nonlinear Switched Systems
    4.4.1 Synchronous Switchings
    4.4.2 Asynchronous Switchings
5. Impulsive Synchronization of Chaotic Systems
  5.1 Chaotic Systems
  5.2 Stability of Impulsive Systems
  5.3 Impulsive Control of Chaotic Systems
  5.4 Synchronization of Chua’s Circuits via Impulsive Control
  5.5 Synchronization of Lorenz Systems via Impulsive Control
6. Chaos Based Secure Communication Systems
  6.1 Secure Communication and Chaotic Systems
  6.2 A Digital Chaos-Based Secure Communication System
    6.2.1 System Block Diagram
    6.2.2 The Encrypter and Decrypter
    6.2.3 The Synchronizationof the Encrypter and Decrypter
  6.3 Security Analysis
    6.3.1 The Security of Sampled Chaotic Signals
    6.3.2 Enhanced Sensitivity to Parameter Mismatch
7. Scheduling of Switched Server Systems
  7.1 A Model for Switched Server Systems
  7.2 Performance Indices
  7.3 Simple Cyclic Control Policies
  7.4 Feedback Cyclic Control Policy
  7.5 Comparison to Cyclic Fixed Interval Scheduling Method
  7.6 Other Application Examples
8. Relative Differentiated Quality of Service of the Internet
  8.1 Quality of Service
  8.2 Dual Feedback Cyclic Control Policy
    8.2.1 The Service Rate
    8.2.2 Feedback Cyclic Control Policy for Sending Packet
    8.2.3 Feedback Cyclic Control Policy for Dropping Packet
  8.3 Source Adaption for Relative Differentiated QoS
  8.4 Adaptive Media Playout for Relative Differentiated QoS
    8.4.1 The Structure of Our Proposed Adaptive Media Playout Scheme
    8.4.2 Perceived Motion Energy
    8.4.3 The Playout Rate
9. Switched Scalable Video Coding Systems
  9.1 Scalable Video Coding
  9.2 Conventional Scalable Video Coding
    9.2.1 Motion Estimation/Motion Compensation (ME/MC)
    9.2.2 Hybrid Video Coding
    9.2.3 Rate Distortion Optimization
    9.2.4 Mutual Referencing Frame Pair
    9.2.5 Fine Granularity Scalability
  9.3 Three Dimensional Subband Wavelet Coding
    9.3.1 Motion Compensated Temporal Filtering
    9.3.2 The Error Propagation Pattern of the MCTF
    9.3.3 Scalable Video Coding Based on the MCTF
  9.4 Multiple Adaptation Feature
  9.5 Switched Scalable Video Coding Schemes
    9.5.1 A Customer Oriented Scalable Video Coding Scheme
    9.5.2 Motion Information and Residual Image at the Most Important Point
    9.5.3 SNR Scalability of Motion Information and Residual Image
    9.5.4 Temporal Scalability of Motion Information and Residual Image
    9.5.5 Spatial Scalability of Motion Information and Residual Image
  9.6 Low Delay Scalable Video Coding Schemes
10.Future Research Directions and
Potential Applications
References
Index


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