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Velocity-Incorporated Wear Model of Rolling Guide Shoe Material Selection
To ensure an accurate selection of rolling guide shoe materials, an analysis of the intricate relationship between linear speed and wear is...
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Intelligent Diagnosis Method for Typical Co-frequency Vibration Faults of Rotating Machinery Based on SAE and Ensembled ResNet-SVM
Intelligent fault diagnosis is an important method in rotating machinery fault diagnosis and equipment health management. To deal with co-frequency...
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Path Tracking Controller Design of Automated Parking Systems via NMPC with an Instructible Solution
Parking difficulties have become a social issue that people have to solve. Automated parking system is practicable for quick par operations without a...
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A semantic-based model with a hybrid feature engineering process for accurate spam detection
Detecting spam emails is essential to maintaining the security and integrity of email communication. Existing research has made significant progress...
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B Appendix: The Continuous DLMI Method
In the past, LMIs were used mainly to solve stationary problems. The algebraic nature of the Riccati equations to which these problems correspond,...
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5 Continuous-time Systems: Static Output-feedback
The static output-feedback problem has attracted the attention of many in the past [5], [111] and [100]. The main advantage of the static...
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9 Discrete-time Systems: Tracking Control
A method for solving the deterministic discrete-time tracking problems with preview has been introduced in [17]. Similarly to the deterministic...
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8 Discrete-time Systems: General Filtering
In Chapter 7 we introduced the solution to the output-feedback control problem for the time-varying, discrete-time systems with state-multiplicative...
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1 Introduction
This monograph considers linear systems that contain, in the general case, state, control and measurement multiplicative noise, in both the...
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2 Continuous-time Systems: Control and Luenberger-type Filtering
In this chapter we address the problems of continuous-time, state-multiplicative, H∞ state-feedback control and estimation via the solution of the...
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A Reconstruction Algorithm for Gene Regulatory Sparse Networks using Positive Systems
In this paper we propose a new gene network reconstruction (or identification) scheme which takes advantage of the sparseness of a gene network using...
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Competitive and Cooperative Systems: A Mini-review
The theory of competitive and cooperative dynamical systems has had some remarkable applications to the biological sciences. The interested reader...
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A Feedback Perspective for Chemostat Models with Crowding Effects
This paper deals with an almost global stability result for a chemostat model with including effects. The proof relies on a particular small-gain...
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Positive Particle Interaction
This paper treats interaction between finitely many particles where the future state of each particle is obtained from the present states of all...
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Blending Positive Matrix Pencils with Economic Models
We consider E(x)x(k + 1) = F(k)x(k), $k \in Z^+_0$ , where E(k) and F(k)...
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A Paradigm for Derivatives of Positive Systems
We develop a framework for differentiation of positive operators, such as Markov kernels, through interpreting derivatives of positive operators as...
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Some Recent Developments in Positive 2D Systems
Necessary and sufficient conditions for the reachability and controllability of positive 2D Roesser model are established. It is shown that the...
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Nonlinear Positive 2D Systems and Optimal Control
In the paper, a nonlinear positive 2-D control system given by the Goursat-Darboux problem is considered. First, we give sufficient conditions for...
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Feedback Control of Border Collision Bifurcations
The feedback control of border collision bifurcations is considered. These bifurcations can occur when a fixed point of a piecewise smooth system...
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Small-gain Theorems for Predator-prey Systems
We present a global stability result for Lotka-Volterra systems of the predator-prey type. It turns out that these systems can be interpreted as...