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  1. Equivalence of Fuzzy Subgroups of Finite Abelian Groups

    In this chapter, we determine the number of fuzzy subgroups of certain finite Abelian groups with respect to a suitable equivalence relation. This is...
    John N. Mordeson, Kiran R. Bhutani, Azriel Rosenfeld in Fuzzy Group Theory
    Chapter
  2. Lattices of Fuzzy Subgroups

    Many results concerning relationships between classes of crisp subsets can be carried over to similar relationships between classes of fuzzy subsets....
    John N. Mordeson, Kiran R. Bhutani, Azriel Rosenfeld in Fuzzy Group Theory
    Chapter
  3. Direct Products of Fuzzy Subgroups and Fuzzy Cyclic Subgroups

    In Chapter 6, a necessary and sufficient condition for a fuzzy subgroup to be a weak direct sum of fuzzy subgroups was obtained by employing known...
    John N. Mordeson, Kiran R. Bhutani, Azriel Rosenfeld in Fuzzy Group Theory
    Chapter
  4. Optimal Control of Differential-Algebraic Inclusions

    In this paper we consider the following dynamic optimization problem ( P ) governed by differential-algebraic inclusions:...
    Boris Mordukhovich, Lianwen Wang in Optimal Control, Stabilization and Nonsmooth Analysis
    Conference paper
  5. A Continuous Control Mechanism for Uncertain Nonlinear Systems

    The control of uncertain nonlinear systems is a topic that continues to challenge control theoreticians. This topic is also of practical importance...
    Bin **an, Marcio S. de Queiroz, Darren M. Dawson in Optimal Control, Stabilization and Nonsmooth Analysis
    Conference paper
  6. Min–Plus Eigenvector Methods for Nonlinear $\rm H_\infty$ Problems with Active Control

    We consider the H 4 problem for a nonlinear s y stem. The corresponding dynamic programming equation (DPE) is a fully nonlinear, first-order,...
    Gaemus Collins, William McEneaney in Optimal Control, Stabilization and Nonsmooth Analysis
    Conference paper
  7. On Impulses Induced by Singular Perturbations

    The possibility that a singularly perturbed controlled dynamics generates impulses in a slow dynamics coupled to it, is investigated. A scheme for...
    Conference paper
  8. Lyapunov Functions and Feedback in Nonlinear Control

    The method of Lyapunov functions plays a central role in the study of the controllability and stabilizability of control systems. For nonlinear...
    Conference paper
  9. Bifurcation Analysis with Application to Power Electronics

    The problem of sudden loss of stability (more precisely, sudden change of operating behaviour) is frequently encountered in power electronics. A...
    Chi K. Tse, Octavian Dranga in Bifurcation Control
    Chapter
  10. Static Bifurcation in Mechanical Control Systems

    Feedback regulation of nonlinear dynamical systems inevitably leads to issues concerning static bifurcation. Static bifurcation in feedback systems...
    Harry G. Kwatny, Bor-Chin Chang, Shiu-** Wang in Bifurcation Control
    Chapter
  11. Global Control of Complex Power Systems

    This chapter presents an overview of recent results on an approach to total control of power systems. It is upwards compatible from any conventional...
    David J. Hill, Yi Guo, ... Youyi Wang in Bifurcation Control
    Chapter
  12. Rational Positive Systems for Reaction Networks

    The purpose of the lecture associated with this paper is to present problems, concepts, and theorems of control and system theory for a subclass of...
    Jan H. van Schuppen in Positive Systems
    Conference paper
  13. Completion Problems for Positive Matrices with Minimal Rank

    Matrix completion problems studies the partial matrices, that is, a rectangular matrix some of whose entries are specified, and the remainder entries...
    Rafael Cantó, Ana M. Urbano in Positive Systems
    Conference paper
  14. Stability of Linear Systems and Positive Semigroups of Symmetric Matrices

    The role of Lyapunov operators in stability theory is well-known. In this paper we present an interesting characterization of Lyapunov operators. We...
    Tobias Damm in Positive Systems
    Conference paper
  15. Estimation and Strong Approximation of Hidden Markov Models

    We give novel conditions for the existence of the limit of the normalized log-likelihood function for a finite-state continuous read-out Hidden...
    László Gerencsér, Gábor Molnár-Sáska in Positive Systems
    Conference paper
  16. Chaos and Pseudo-Randomness

    We discuss the effect on finite machine implementation of chaotic system on randomness. We show that the most significant bit even for fully...
    Ljupco Kocarev, Goce Jakimoski, Zarko Tasev in Chaos Control
    Chapter
  17. Application of Bifurcation Analysis to Power Systems

    Electric power systems are physically some of the largest and most complex nonlinear systems in the world. Bifurcations are rather mundane phenomena...
    Hsiao-Dong Chiang in Chaos Control
    Chapter
  18. Stability of Nonlinear Hybrid Systems

    This work is devoted to stability of nonlinear hybrid systems (or nonlinear systems with regime switching). The switching regime is described by a...
    Conference paper
  19. Gyroscopic Forces and Collision Avoidance with Convex Obstacles

    This paper introduces gyroscopic forces as an tool that can be used in addition to the use of potential forces in the study of collision and convex...
    Conference paper
  20. Minimax Nonlinear Control under Stochastic Uncertainty Constraints

    We consider in this paper a class of stochastic nonlinear systems in strict feedback form, where in addition to the standard Wiener process there is...
    Conference paper
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