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International Journal of Control Volume 20, 1974 - Issue 1
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Original Articles

A new frequency domain technique for the simplification of linear dynamic systems

S. VITTAL RAO The authors are with the Department of Electrical Engineering, Indian Institute of Technology, New Delhi, 10029, India; Dr. Lamba is currently a Visiting Research Fellow in the Department of Electrical and Control Engineering at the Liverpool Polytechnic, Byrom Street, Liverpool, L3 3AF, England
&
S. S. LAMBA The authors are with the Department of Electrical Engineering, Indian Institute of Technology, New Delhi, 10029, India; Dr. Lamba is currently a Visiting Research Fellow in the Department of Electrical and Control Engineering at the Liverpool Polytechnic, Byrom Street, Liverpool, L3 3AF, England
Pages 71-79 | Received 13 Sep 1973, Published online: 22 Oct 2007

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DINGYÜ XUE & DEREKP. ATHERTON. (1994) A suboptimal reduction algorithm for linear systems with a time delay. International Journal of Control 60:2, pages 181-196.
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A. H. WHITFIELD & N. G. WILLIAMS. (1988) Integral least-squares techniques for frequency-domain model reduction. International Journal of Systems Science 19:8, pages 1355-1373.
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DAVIDF. MILLER. (1986) A time-domain approach to z-domain model identification. International Journal of Control 44:5, pages 1285-1295.
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J. HALAWA. (1985) Comments on ‘A new frequency domain technique for the simplification of linear dynamic systems’ and ‘Method for frequency domain simplification of transfer functions’. International Journal of Control 41:1, pages 297-301.
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L. R. PUJARA & KULDIPS. RATTAN. (1982) A frequency matching method for model reduction of digital control systems. International Journal of Control 35:1, pages 139-148.
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M. T. JONG & K. S. SHANMUGAM. (1977) Determination of a transfer function from amplitude frequency response data†. International Journal of Control 25:6, pages 941-948.
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A. S. S. R. REDDY. (1976) A method for frequency domain simplification of transfer functions. International Journal of Control 23:3, pages 403-408.
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Articles from other publishers (28)

Noha Medhat Darwish. (2016) PID controller design in the frequency domain for time-delay systems using direct method. Transactions of the Institute of Measurement and Control 40:3, pages 940-950.
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Sharad Kumar Tiwari & Gagandeep Kaur. (2016) Model Reduction by New Clustering Method and Frequency Response Matching. Journal of Control, Automation and Electrical Systems 28:1, pages 78-85.
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G. Saraswathi, K.A. Gopala Rao & J. Amarnath. (2007) A mixed method for order reduction of interval systems. A mixed method for order reduction of interval systems.
E. Layer. (2001) Mapping error of linear dynamic systems caused by reduced-order model. IEEE Transactions on Instrumentation and Measurement 50:3, pages 792-800.
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Ying-Chin Lee, Chyi Hwang & Leang S. Shieh. (1992) Order reduction of z-transfer functions via multipoint Jordan continued-fraction expansion. Journal of the Franklin Institute 329:3, pages 583-590.
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Y.-C. Lee, C. Hwang & L.S. Shieh. (1991) Order reduction of z-transfer function via multipoint Jordan continued-fraction expansion. Order reduction of z-transfer function via multipoint Jordan continued-fraction expansion.
L.R. Pujara & M.S. Hussain. (1989) A frequency domain design technique for multivariable control systems. A frequency domain design technique for multivariable control systems.
K.S. Rattan. (1989) Compensating for computational delay in digital equivalent of continuous control systems. IEEE Transactions on Automatic Control 34:8, pages 895-899.
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L. R. Pujara. (1988) Computer-aided control systems design technique with applications toaircraft flying qualities. Journal of Guidance, Control, and Dynamics 11:3, pages 250-255.
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D. F. Miller. (2007) Impulse response matching for z ‐Domain identification with application to model order reduction . Optimal Control Applications and Methods 9:2, pages 209-214.
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T.B. Fowler. (1988) A time-domain solution approach to model reduction. IEEE Transactions on Circuits and Systems 35:8, pages 1020-1024.
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S. Mukherjee & R.N. Mishra. (1988) Reduced order modelling of linear multivariable systems using an error minimization technique. Journal of the Franklin Institute 325:2, pages 235-245.
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C.K. Sanathanan & Stanley B. QuinnJr.Jr.. (1987) A comprehensive methodology for SISO system order reduction. Journal of the Franklin Institute 323:1, pages 1-21.
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Kuldip Rattan. (1985) Digitalization of existing continuous systems considering computation delay. Digitalization of existing continuous systems considering computation delay.
L.R. Pujara. (1985) Model reduction of control systems. Journal of Guidance, Control, and Dynamics 8:1, pages 152-155.
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L.S. Shieh, Y.F. Chang & R.E. Yates. (1984) Model simplification and digital design of multivariable sampled-data control systems via a dominant-data matching method. Applied Mathematical Modelling 8:5, pages 355-364.
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K. Rattan. (1984) Digitalization of existing continuous control systems. IEEE Transactions on Automatic Control 29:3, pages 282-285.
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Antonio Lepschy & Umberto Viaro. 1984. Mathematical Theory of Networks and Systems. Mathematical Theory of Networks and Systems 639 656 .
P.L. Lin & Y.C. Wu. (1982) Reduction of Transfer Functions from the Stability-Equation Method and Complex Curve Fitting. Journal of the Franklin Institute 314:2, pages 109-121.
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G. N. Solopchenko. (1982) Minimal fractionally rational approximation of the complex frequency characteristic of a means of measurement. Measurement Techniques 25:4, pages 281-286.
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L.S. Shieh, I.F. Chang & R.E. Yates. (1982) Model Simplification and Digital Design of Multivariable Sampled-Data Control Systems Via a Dominant-Data Matching Method. IFAC Proceedings Volumes 15:1, pages 489-493.
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L.S. Shieh, I.F. Chang & R.E. Yates. 1982. Theory and Application of Digital Control. Theory and Application of Digital Control 489 493 .
Chyi Hwang, Yen-Ping Shih & Ruey-Yinn Hwang. (1981) A combined time and frequency domain method for model reduction of discrete systems. Journal of the Franklin Institute 311:6, pages 391-402.
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H. Hanselmann. 1980. Computer Aided Design of Control Systems. Computer Aided Design of Control Systems 279 283 .
H. Hanselmann. (1979) Computer Aided Frequency Response Design with Given Poles. IFAC Proceedings Volumes 12:7, pages 279-283.
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R.A. El-Attar & M. Vidyasagar. (1978) System order reduction using the induced operator norm and its applications to linear regulators. Journal of the Franklin Institute 306:6, pages 457-474.
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K.S. Rattan & H.-H. Yeh. (1978) Discretizing continuous-data control systems. Computer-Aided Design 10:5, pages 299-306.
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R. El-Attar & M. Vidyasagar. (1978) Order reduction by ℓ<inf>1</inf>- and ℓ<inf>∞</inf>-norm minimization. IEEE Transactions on Automatic Control 23:4, pages 731-734.
Crossref

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