Bounded Noises in Physics, Biology, and Engineering

Introduction.- Part I : Modeling of Bounded Noises and Their Applications in Physics.- On Bounded Stochastic Processes.- Dynamics of Systems With Randomly Disordered Periodic Excitations.- Noise-Induced Phenomena: Effects of Noises Based on Tsallis Statistics.- Dynamical Systems Driven by Dichotomous Noise.- Stochastic Oscillator : Brownian Motion With Adhesion.- Numerical Study of Energetic Stability For Harmonic Oscillator With Fluctuating Damping Parameter.- A Moment-Based Approach to Bounded Non-Gaussian Colored Noise.- Spatiotemporal Bounded Noises, and Their Application to the Ginzburg-Landau Equation.- Part II: Bounded Noises in the Framework of Discrete and Continuous Random Dynamical Systems.- Bifurcations of Random Differential Equations With Bounded Noise.- Effects of Bounded Random Perturbations on Discrete Dynamical Systems.- Part III: Bounded Stochastic Fluctuations in Biology.- Bounded Stochastic Perturbations May Induce Non-Genetic Resistance to Anti-Tumor Chemotherapy.- Interplay Between Cross Correlation and Delays in the Sine-Wienernoise-Induced Transitions.- Bounded Extrinsic Noises Affecting Biochemical Networks With Low Molecule Numbers.- Part IV: Bounded Noises: Applications in Engineering.- Almost Sure Stability of Fractional Viscoelastic Systems Driven By Bounded Noises.- Model Selection for Random Functions With Bounded Range. Applications in Science and Engineering.- From Model-Based to Data-Driven Filter Design.