Robust formation control of marine surface craft using Lagrange multipliers

Ivar-Andre F. Ihle, Jerome Jouffroy, Thor I. Fossen

Publikation: Bidrag til bog/antologi/rapport/konference-proceedingBidrag til bog/antologiForskning

Resumé

This paper presents a formation modelling scheme based on a set of inter-body constraint functions and Lagrangian multipliers. Formation control for a °eet of marine craft is achieved by stabilizing the auxiliary constraints such that the desired formation con¯guration appears. In the proposed framework we develop robust control laws for marine surface vessels to counteract unknown, slowly varying, environmental disturbances and measurement noise. Robustness with respect to time-delays in the communication channels are addressed by linearizing the system. Simulations of tugboats subject to environmental loads, measurement noise, and communication delays verify the theoretical results. Some future research directions and open problems are also discussed.

OriginalsprogEngelsk
TitelGroup Coordination and Cooperative Control
RedaktørerKristin Y. Pettersen, Tommy Gravdahl, Henk Nijmeijer
ForlagSpringer Science+Business Media
Publikationsdato2006
ISBN (Trykt)978-3-540-33468-2
StatusUdgivet - 2006
NavnLecture notes in Control and Information Systems
Vol/bind336
ISSN0170-8643

Fingeraftryk

Lagrange multipliers
Tugboats
Communication channels (information theory)
Robust control
Time delay
Communication

Citer dette

Ihle, I-A. F., Jouffroy, J., & Fossen, T. I. (2006). Robust formation control of marine surface craft using Lagrange multipliers. I K. Y. Pettersen, T. Gravdahl, & H. Nijmeijer (red.), Group Coordination and Cooperative Control Springer Science+Business Media. Lecture notes in Control and Information Systems, Bind. 336
Ihle, Ivar-Andre F. ; Jouffroy, Jerome ; Fossen, Thor I. / Robust formation control of marine surface craft using Lagrange multipliers. Group Coordination and Cooperative Control. red. / Kristin Y. Pettersen ; Tommy Gravdahl ; Henk Nijmeijer. Springer Science+Business Media, 2006. (Lecture notes in Control and Information Systems, Bind 336).
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abstract = "This paper presents a formation modelling scheme based on a set of inter-body constraint functions and Lagrangian multipliers. Formation control for a °eet of marine craft is achieved by stabilizing the auxiliary constraints such that the desired formation con¯guration appears. In the proposed framework we develop robust control laws for marine surface vessels to counteract unknown, slowly varying, environmental disturbances and measurement noise. Robustness with respect to time-delays in the communication channels are addressed by linearizing the system. Simulations of tugboats subject to environmental loads, measurement noise, and communication delays verify the theoretical results. Some future research directions and open problems are also discussed.",
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Ihle, I-AF, Jouffroy, J & Fossen, TI 2006, Robust formation control of marine surface craft using Lagrange multipliers. i KY Pettersen, T Gravdahl & H Nijmeijer (red), Group Coordination and Cooperative Control. Springer Science+Business Media, Lecture notes in Control and Information Systems, bind 336.

Robust formation control of marine surface craft using Lagrange multipliers. / Ihle, Ivar-Andre F.; Jouffroy, Jerome; Fossen, Thor I.

Group Coordination and Cooperative Control. red. / Kristin Y. Pettersen; Tommy Gravdahl; Henk Nijmeijer. Springer Science+Business Media, 2006. (Lecture notes in Control and Information Systems, Bind 336).

Publikation: Bidrag til bog/antologi/rapport/konference-proceedingBidrag til bog/antologiForskning

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T1 - Robust formation control of marine surface craft using Lagrange multipliers

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AU - Fossen, Thor I.

PY - 2006

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N2 - This paper presents a formation modelling scheme based on a set of inter-body constraint functions and Lagrangian multipliers. Formation control for a °eet of marine craft is achieved by stabilizing the auxiliary constraints such that the desired formation con¯guration appears. In the proposed framework we develop robust control laws for marine surface vessels to counteract unknown, slowly varying, environmental disturbances and measurement noise. Robustness with respect to time-delays in the communication channels are addressed by linearizing the system. Simulations of tugboats subject to environmental loads, measurement noise, and communication delays verify the theoretical results. Some future research directions and open problems are also discussed.

AB - This paper presents a formation modelling scheme based on a set of inter-body constraint functions and Lagrangian multipliers. Formation control for a °eet of marine craft is achieved by stabilizing the auxiliary constraints such that the desired formation con¯guration appears. In the proposed framework we develop robust control laws for marine surface vessels to counteract unknown, slowly varying, environmental disturbances and measurement noise. Robustness with respect to time-delays in the communication channels are addressed by linearizing the system. Simulations of tugboats subject to environmental loads, measurement noise, and communication delays verify the theoretical results. Some future research directions and open problems are also discussed.

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Ihle I-AF, Jouffroy J, Fossen TI. Robust formation control of marine surface craft using Lagrange multipliers. I Pettersen KY, Gravdahl T, Nijmeijer H, red., Group Coordination and Cooperative Control. Springer Science+Business Media. 2006. (Lecture notes in Control and Information Systems, Bind 336).