Browsing by Subject "Discrete time control systems"
Now showing items 21-27 of 27
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Conference Object
A Perfect Reconstruction Paradigm for Digital Communication
(2003)In this paper we present a deterministic worst-case framework for reconstruction of discrete data transmissions through dispersive communication channels. This framework can be explored based on robust control ideas and ...
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Article
Probabilistic detection of FSM single state-transition faults based on state occupancy measurements
(2005)This note discusses a probabilistic methodology for detecting single permanent or transient functional changes in the state-transition mechanism of a deterministic finite-state machine (FSM). The associated probabilistic ...
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Conference Object
Robust control over uncertain communication channels
(2005)In this paper, the mathematical framework for studying robust control over uncertain communication channels is introduced. The theory is developed by generalizing the classical information theoretic measures of information ...
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Conference Object
Stochastic H∞-control of nonlinear discrete-time partially observable systems and dissipation inequalities
(2002)This paper employs an action functional approach to formulate partially observable nonlinear discrete-time stochastic minimax games. The maximizing players of the games are stochastic square summable disturbances, while ...
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Conference Object
Stochastic optimal control of discrete-time systems subject to conditional distribution uncertainty
(2011)The aim of this paper is to address optimality of control strategies for stochastic discrete time control systems subject to conditional distribution uncertainty. This type of uncertainty is motivated from the fact that ...
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Conference Object
Synchronization-based fault detection in discrete event systems
(2004)In this paper we study fault detection in systems that can be modeled as finite state machines (FSMs). We aim at detecting faults that manifest themselves as permanent changes in the next-state transition functionality of ...
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Article
Traffic Density Control for Automated Highway Systems
(1997)Traffic flow instabilities such as traffic congestion are often caused by ad hoc and inappropriate speeds and headways that humans choose when they operate their vehicles. In an automated highway system (AHS) environment, ...