Auteur Alleyne, Andrew G.
Documents disponibles écrits par cet auteur (11)
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Paul A. Kawka, Auteur ; Alleyne, Andrew G., Auteur |This paper presents an approach for analyzing the performance of dropout compensation strategies for linear servo control systems operating over communication channels with losses. A loss of communication causes the normal control action to be r[...]
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Rasmussen, Bryan P., Auteur ; Alleyne, Andrew G., Auteur |This paper presents a methodology for developing a low order dynamic model of a transcritical air-conditioning system, specifically suited for multivariable controller design. An 11th-order nonlinear dynamic model of the system is derived using [...]
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Rong Zhang, Auteur ; Alleyne, Andrew G., Auteur |This paper presents a generalized framwork to analyze and design controllers for a class of dynamic emulation systems. This class of systems features some structurally distinctive control framworks which inherently limit the available bandwidth [...]
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Bin Li, Auteur ; Alleyne, Andrew G., Auteur |This paper presents an advanced switched modeling approach for vapor compression cycle (VCC) systems used in Air Conditioning and Refrigeration. Building upon recent work (McKinley and Alleyne, 2008), a complete dynamic VCC model is presented th[...]
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Rasmussen, Bryan P., Auteur ; Alleyne, Andrew G., Auteur |Vapor compression systems form the basis for the majority of air conditioning and refrigeration systems. A primary control challenge addressed here is the coupled nonlinear multiple-input-multiple-output (MIMO) dynamics associated with the multi[...]
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Rong Zhang, Auteur ; Alleyne, Andrew G., Auteur ; Don E. Carter |In this work we introduce a methodology for the design of multivariable gain-scheduled controllers for nonlinear systems and an approach for determining the local stability of a nonlinear closed loop system. The gain-scheduled global control is [...]
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Hencey, Brandon, Auteur ; Alleyne, Andrew G., Auteur |In this technical note, a Kalman-Yakubovich-Popov (KYP) lemma is discussed for linear matrix inequality (LMI) regions. Sufficient quadratic stability conditions are developed for an uncertain linear system subject to time varying uncertainty sat[...]
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Brian D. Eldredge, Auteur ; Rasmussen, Bryan P., Auteur ; Alleyne, Andrew G., Auteur |Vapor compression cycle systems using accumulators and receivers inherently operate at or near a transition point involving changes of phase at the heat exchanger outlets. This work introduces a condenser/receiver model and an evaporator/accumul[...]
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Timothy O. Deppen, Auteur ; Alleyne, Andrew G., Auteur ; Stelson, Kim A., Auteur |In this study we present a procedure for the design and implementation of a control strategy to optimize energy use within a light weight hydraulic hybrid passenger vehicle. The hydraulic hybrid utilizes a high pressure accumulator for energy st[...]
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Douglas A. Bristow, Auteur ; Alleyne, Andrew G., Auteur ; Marina Tharayil, Auteur |This brief paper considers iterative learning control (ILC) for precision motion control (PMC) applications. This work develops a methodology to design a low pass filter, called the Q-filter, that is used to limit the bandwidth of the ILC to pre[...]
Article : texte imprimé
Hencey, Brandon, Auteur ; Alleyne, Andrew G., Auteur |Switching or blending among controllers is termed controller interpolation. This paper investigates a robust controller interpolation technique and applies it to an experimental test bed. Although an interpolated controller is composed of linear[...]
