A functional observer with multiple internal delays and augmented architecture is proposed for estimating z(t)=Fx(t) in linear time-delay systems with independent delays satisfying 0<h<τ, including algebraic existence conditions and a synthesis procedure that incorporates an additional delayed measu
Existence and design of functional observers for time-delay systems with delayed output measu rements
6 Pith papers cite this work. Polarity classification is still indexing.
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Presents a design framework for functional observers that estimate the current state of linear systems from delayed measurements, with a method to extend the maximum allowable delay while preserving asymptotic stability of the error system.
A reduced-order observer-based control scheme stabilizes target outputs of linear time-delay systems with mismatched input, state, and output latencies by projecting dynamics onto the target output subspace.
Proposes a class of delayed functional observers for output-delayed linear systems to enable reconstruction of delayed control laws.
Develops an LMI-based delayed state-feedback controller realized via novel time-delay compensators to handle mismatched input and output delays in linear systems.
Design of delayed functional observers for estimating generalized delayed control laws to stabilize time-delay systems with mismatched input and output delays.
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On Time-Delay Compensators for Delayed-Output Systems
A functional observer with multiple internal delays and augmented architecture is proposed for estimating z(t)=Fx(t) in linear time-delay systems with independent delays satisfying 0<h<τ, including algebraic existence conditions and a synthesis procedure that incorporates an additional delayed measu
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Time-Delay Compensators for Linear Systems with Delayed Output Measurements
Presents a design framework for functional observers that estimate the current state of linear systems from delayed measurements, with a method to extend the maximum allowable delay while preserving asymptotic stability of the error system.
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Observer-Based Target Control for Mismatched Time-Delay Systems
A reduced-order observer-based control scheme stabilizes target outputs of linear time-delay systems with mismatched input, state, and output latencies by projecting dynamics onto the target output subspace.
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Delayed Functional Observers for Output-Delayed Linear Systems
Proposes a class of delayed functional observers for output-delayed linear systems to enable reconstruction of delayed control laws.
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Observer-Based Control of Linear Systems with Mismatched Input and Output Delays
Develops an LMI-based delayed state-feedback controller realized via novel time-delay compensators to handle mismatched input and output delays in linear systems.
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Delayed Functional Observers for the Realization of Generalized Delayed Control Laws
Design of delayed functional observers for estimating generalized delayed control laws to stabilize time-delay systems with mismatched input and output delays.