Davis University

IDENTIFICATION

Name: -

Developer: Balogun, Garcia, Hubbard

CHARACTERIZATION

Considered variables:

• Controlled: Q & y
• Measured: yup & ydn
• Control action: Q & G

Input/Output Structure: MIMO

Logic of control:

• Type: FB
• Direction: up + dn

Design method technique: LQR + observer

Field implementation:

• Configuration: Centralized
• Device: Electromechanical

APPLICATIONS OR TESTS

Model

RESULTS ON BENCH MARK TESTS

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REFERENCES

Balogun O.S. 1985. Design of real-time feedback control for canal systems using linear quadratic regulator theory. PhD thesis, Department of Mechanical Engineering, University of California at Davis, 230 p.

Garcia A. 1988. Control and regulation of open channel flow. Master of Science, University of California, Davis, 232 p.

Garcia A., Hubbard M. & DeVries J.J. 1992. Open channel transient flow control by discrete time LQR methods. Automatica, Vol. 28, n° 2, pp 255-264.

MISCELLANEOUS

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