Inventi Impact - Control Science & Engineering
Issue : October - December 2020
Volume : 2020
Issue Number : 4
Articles : 5 Articles
Articles
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Inventi:ecse/32699/20
Linear Model Predictive Control for a Coupled CSTR and Axial Dispersion Tubular Reactor with Recycle
This manuscript addresses a novel output model predictive controller design for a representative model of continuous stirred-tank reactor (CSTR) and axial dispersion reactor with recycle. The underlying model takes the form of ODE-PDE in series and it is operated at an unstable point. The model pred....
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Inventi:ecse/32700/20
A Necessary Condition for Optimal Control of Forward-Backward Stochastic Control System with Levy Process in Nonconvex Control Domain Case
This paper analyzes one kind of optimal control problem which is described by forward-backward stochastic differential equations with Levy process (FBSDEL).Wederive a necessary condition for the existence of the optimal control by means of spike variational technique, while the control domain is not....
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Inventi:ecse/32701/20
Discrete-Time 2-Order Sliding Mode Fault-Tolerant Tracking Control for Non-Gaussian Nonlinear Stochastic Distribution Control Systems with Missing Measurements
In this paper, a method of fault diagnosis (FD) and fault-tolerant tracking control (FTTC) is investigated for non-Gaussian nonlinear stochastic distribution control (SDC) systems with missing measurements.Thephenomenon of the randomly occurring missing measurements is described as a Bernoulli proce....
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Inventi:ecse/32702/20
Precise Active Seeding Downforce Control System Based on Fuzzy PID
Soil compaction is an important procedure of precision seeding operation. In this paper, a precise downforce control system based on fuzzy PID was proposed in order to improve the quality of the soil compaction and the accuracy of setting working parameters. The conventional mechanism of seeders for....
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Inventi:ecse/32703/20
Line Spectrum Chaotification on QZS Systems with Time-Delay Control
Chaotification can be employed to weaken or eliminate the feature of line spectra of waterborne noise. The efficiency of this method lies on the use of small control. The analysis reveals that the critical control gain depends on the stiffness of vibration isolation systems. Thus, an isolation raft ....
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