Proceedings of Workshop on Advances in Control and its Applications

1. Front Matter

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2. Adaptive automotive speed control

   • M. K. Liubakka, D. S. Rhode, J. R. Winkelman

   Pages 1-26

3. Modified model reference adaptive control: Design, analysis and performance bounds

   • Aniruddha Datta, Petros A. Ioannou

   Pages 27-67

4. Advances in adaptive nonlinear control

   • Ioannis Kanellakopoulos

   Pages 68-107

5. Nonlinear output feedback control

   • Hassan K. Khalil

   Pages 108-132

6. Fuzzy logic control: Hardware implementations

   • M. Jamshidi

   Pages 133-154

7. Modeling and analysis of switched-mode hybrid systems driven by threshold events

   • T. Niinomi, B. H. Krogh

   Pages 155-172

8. Perfect regulation of linear multivariable systems — a low-and-high-gain design

   • Zongli Lin, Ali Saberi, Peddapullaiah Sannuti, Yacov Shamash

   Pages 173-192

9. Manifold based feedback design

   • K. David Young

   Pages 193-233

10. Control of nonminimum phase singularly perturbed systems with applications to flexible link manipulators

    • K. Hashtrudi Zaad, K. Khorasani

    Pages 234-256

11. Digital reduced-order modeling and feedback design for nonlinear systems

    • David G. Taylor

    Pages 257-281

12. A nonlinear model reduction formulation for power system slow coherency and aggregation

    • Joe H. Chow

    Pages 282-298

13. Aggregation of synchronous generators and induction motors in multimachine power systems

    • Said Ahmed-Zaid, Seog Sue Jang, Omer Awed-Badeeb, Maamar Taleb

    Pages 299-319

14. Back Matter

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The papers in this volume were all delivered at a wokshop held to celebrate the 60th birthday of Professor Petar V Kokotovich. All the papers were delivered by former students of Professor Kokotovich and cover a wide variety of topics in control and its applications. Topics covered include: using sensitivity methods to design an adaptive controller for automotive speed control, recent advances in adaptive nonlinear control, hardware implementation schemes for fuzzy control systems, algorithms for modelling and an alysis of a hybrid system, the role of manifolds in system reduction and feedback designs which exploit time-scale separation, applying sampled-data techniques to nonlinear singularly perturbed systems, a new nonlinear model reduction formulation for large power systems based on slow coherency and aggregation ideas.

• adaptive control
• control
• control system
• feedback
• fuzzy control
• nonlinear control
• nonlinear system

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