International Journal of Control 1995: Vol 61 Index

7 Pages·1995·1.4 MB·English

INT. J. CONTROL, 1995, VOL. 61, NO. 6, 1473-1476
SUBJECT INDEX (Vol. 61)
Actuator and sensor fault detection and isolation of flight, application of scheduling local non-
using residual generator, 1423 linear control laws by exogenous signals, 759
Adaptive control based on special compensation of hybrid step motors via simplified lineariza-
methods for time-varying systems subject to tion technique, 1143
bounded disturbances, 667 of low-speed tricycle-model steering, problem
Algorithm formulation, 783
for decomposition of two-time-scale linear of mechanical systems, decentralized control
systems via the relevant eigenspace, 549 and overlapping decomposition, 559, 571
for identification of smooth nonlinear systems of robots, robust, decoupled, adaptive, 309
based on parametrized linearization families, of submarine depth, system design, 279
1013 of turbo-alternator, predictive excitation con-
for model predictive control, computational trol, 507
efficiency improvement using wavelet trans- of unknown plant, robust, IFAC 93 benchmark,
formation, 859 589
for studying trade-offs between H ~ attenuation precision tracking type of non-minimum phase
and uncertainty tolerance, 823 systems with zero phase error, 791
simple, for the stable/unstable decomposition of predictive excitation type, of turbo-alternator,
a linear discrete-time system, 255 949
Asymptotic properties of the LQG feedforward robust
self-tuner, 1169 of free-floating space robot systems, 261
Asymptotic stability regions estimation, trajectory optimal, 885
traversing method, 917 stochastic, robust, using internal model prin-
Autonomous nonlinear systems, describing-func- ciple and internal model control, 809
tion based criterion for route to chaos, 211 systems, sampled-data feedback type, state
covariance assignment, 719
theory, error actuated output feedback type, for
Bilinear systems, repetitive control with applica- differential linear repetitive processes, 981
tions to semi-active isolation of vibration, 1265 Controllability, integral, and maximal stability of
singularly perturbed systems, application of
block Lyapunov sum, 47
Calculus of complex matrices, 749
Controller
Chaos in autonomous nonlinear systems, describ-
LQG feedforward self-tuner type, asymptotic
ing-function based criterion, 211
properties, 1169
Computation of generalized H2 optimal con-
design
trollers, 999
for performance guarantees in uncertain
Continuous-time system, digital identification,
regulating systems, 127
149
parametric state feedback type, for multivari-
Control
able systems, 1457
H ~ type, generalized, with measurement noise,
feed forward type, for periodic signals in
lynomial solution, 443
non-minimum phase processes, 695
H ~-optimal, finite-dimensional, fixed order, of
predictive, generalized, stability and con-
infinite-dimensional discrete-time systems,
vergence analysis based on_ state-space
optimal projection equations, 641
modelling, 193
adaptive, based on special compensation
Wiener—Hopf optimal three-degree-of-freedom
methods for time-varying systems subject to
type, numerical calculation, 757
bounded disturbances, 667
Controllers
deadbeat, by measurement feedback, two-sided
H2 optimal, reduced-order, design using a
approach, 229
homotopy algorithm, 97
discrete-time, adaptive, of systems with un-
H2-optimal, generalized computation, 999
known deadzones, |
commutative, use of rational eigenvector ap-
discrete-time, linear, use of neural networks,
proximations, 333
1253
stabilizing, discrete, satisfying an H2 norm
hierarchical, two-level strategy for robot
bound, state-space formulae, 65
manipulators, 1201
model predictive type, computational efficiency
improvement using wavelet transformation, Deadbeat control by measurement feedback, two-
859 sided approach, 229
of bilinear systems, repetitive, with application Dead-time estimation for process control, knowl-
to semi-active isolation of vibration, 1265 edge-based approach, 1045
1474 Subject Index (Vol. 61)
Decentralized control and overlapping decompo- Fault detection and isolation for sensors and
sition of mechanical systems, 559, 571 actuators using residual generator, frequency
Decentralized control design, uncertain systems domain approach, 1423
with strong interconnections, 1363 Fault diagnosis, optimal residual decoupling, 395
Decentralized control systems, robust perform- Feedback systems, linear sampled-data type, in-
ance, by expanding sequential designs, 1297 herent design limitations, 1387
Decomposition of two-time-scale linear systems Filter, hybrid, optimal, duality with hybrid optimal
via the relevant eigenspace, 549 regulator control, 1465
Deflation method, implicit, for ill-conditioned Filtering, robust Kalman type, QQ-plot approach,
Lyapunov and Sylvester equations, 1119 837
Depth control system design, for submarine, 279 Flat systems, flatness and defect of nonlinear
Describing-function based criterion for a route to systems, 1327
chaos in autonomous nonlinear systems, 211 Flexible beam laboratory adaptive control exper-
Design iment, design for on-line identification, 525
H ~ control analysis for nonlinear systems, 459 Flight control, application of scheduling local
limitations, inherent, for linear sampled-data nonlinear control laws by exogenous signals,
feedback systems, 1387 759
of controller, for performance guarantees in Frequency response functions for nonlinear ratio-
uncertain, regulating systems, 127 nal models, 1073
of decentralized control, uncertain systems with
strong interconnections, 1363 37 -optimal control, finite-dimensional, fixed-or-
of feedforward controller for periodic signals in der, of infinite-di ional discrete-time sys-
non-minimum phase processes, 695 tems, optimal projection equations, 641
of observer in receding-horizon predictive H2-optimal controllers, generalized, computation,
control, 171 999
of on-line identification for a flexible beam H>-optimization problem, structured, 1223
laboratory adaptive control experiment, 525 H.« attenuation and uncertainty tolerance trade-
of reduced-order, H2 optimal controllers using offs study, algorithms, 823
a homotopy algorithm, 97 H.= control analysis and design for nonlinear
of robustness of linear continuous-time sys- systems, 459
tems, Lyapunov stability robust analysis, H~ control problem, generalized, with measure-
1233 ment noise, polynomial solution, 443
of servomechanisms via H2-optimization, 475 H ~ distance problem and Hankel operator over a
of submarine depth control system, 279 simply-connected domain, 897
Digital identification of a continuous-time system Hankel operator and H ~ distance problem over a
and some related issues, 149 simply-connected domain, 897
Discrete-delay perturbed systems, D-stability
analysis, 493 Identification
Discrete nonlinear systems, stabilization analysis, digital, of continuous-time system, 149
1313
of smooth nonlinear systems based on para-
Discrete-time adaptive control of systems with metrized linearization families, algorithm,
unknown deadzones, | 1013
Discrete-time extensions of mixed-y bounds to on-line, design for a flexible beam laboratory
monotonic and odd monotonic nonlinearities, adaptive control experiment, 525
423
recursive, using feedforward neural networks,
Discrete-time infinite dimensional systems, finite- 533
dimensional fixed-order #?-optimal control, Infinite-dimensional discrete-time systems, finite-
optimal projection equations, 641 dimensional fixed-order #?-optimal control,
Discrete-time linear control, use of neural net- optimal projection equations, 641
works, 1253 Infinite-dimensional systems, robust PI-control-
Discrete-time system, linear ler, 33
stable/unstable decomposition using simple
algorithm, 255
Knowledge-based approach to dead-time esti-
with structured perturbations, robust stability,
739 mation for process control, 1045
D-stability analysis of discrete-delay perturbed
#2to Lx gains for sampled-data systems, 19
systems, 493
Linear continuous-time systems, Lyapunov stabil-
ity robust analysis and robustness design, 1233
Load balancing systems, stability analysis, 357
Emitter waveform estimation in array signal Loop transfer recovery for linear systems with
processing, 965 delays in the state and the output, 1099
Error actuated output feedback control theory for LQG feedforward self-tuner, asymptotic proper-
differential linear repetitive processes, 981 ties, 1169
Estimation of asymptotic stability regions, trajec- Lyapunov and Sylvester equations, ill-con-
tory reversing method, 917 ditioned, implicit deflation method, 1119
Subject Index (Vol. 61) 1475
Lyapunov stability robust analysis and robustness Robot manipulators, two-level control strategy,
design for linear continuous-time systems, 1233 1201
Lyapunov sum, block structured, with applica- Robot systems in space, free-floating robust
tions to integral controllability and maximal control, 261
stability of singularly perturbed systems, 47 Robots, robust decoupled adaptive control, 309
Robust Kalman filtering, QQ-approach, 837
Matrices, complex, calculus of, 749 Robust PI-controller for infinite-di ional sys-
Maximum algebra, stability of linear systems, tems, 33
1191 Robust control
MIMO OFT using non-diagonal controllers, 245 of an unknown plant, IFAC 93 benchmark, 589
Model predictive control algorithm, computa- of free-floating space robot systems, 261
tional efficiency improvement using wavelet Robust decoupled adaptive control of robots, 309
transformation, 859 Robust optimal control, 885
Modelling, robust stochastic control using internal Robust performance of decentralized control sys-
model principle and internal model control, 809 tems by expanding sequential designs, 1297
Models, nonlinear, rational, frequency response Robust stability for linear discrete-time systems
functions, 1073 with structured perturbations, 739
Motors, hybrid step type, control via simplified Robust stochastic control using internal model
linearization technique, 1143 principle and internal model control, 809
Multirate sampled-data systems, ripple-free dead-
beat tracking, 1437 Sampled-data systems
Multivariable systems, parametric state feedback multirate, ripple-free dead-beat, tracking, 1437
controller design, 1457 #2to Lx gains, 19
Scheduling of local nonlinear control laws by
Neural network, feedforward type, for recursive exogenous signals, application to flight control,
identification, 533
Neural networks for discrete-time linear control, Sensor and actuator fault detection and isolation
1253 using residual generator, frequency domain
Non-linear systems, flatness and defect, introduc- approach, 1423
tory theory and examples, 1327 Sensor array signal processing, emitter waveform
Nonlinearities, monotonic and odd monotonic, estimation, 965
discrete-time extensions to mixed-y bounds, Servomechanisms, design via H2-optimization,
423 475
Non-minimum phase systems with zero phase Signal processing, emitter waveform estimation
error, precision tracking control, 791 from array of receiving sensors, 965
Numerical calculation of the optimal three-de- Singularly perturbed systems, maximal stability,
gree-of-freedom Wiener—Hopf controller, 757 application of block Lyapunov sum, 47
Stability analysis of load balancing systems, 357
Observer design in receding-horizon predictive Stability and convergence analyses of an adaptive
control, 171 GPC based on state-space modelling, 193
Stability
Optimal control, robust, 885
Optimization, H2-type, structured, 1223 of linear systems in maximum algebra, 1191
robust, for linear discrete-time systems with
structured perturbations, 739
Parametric state feedback controller design of
Stabilization analysis of discrete nonlinear sys-
multivariable systems, 1457
tems, 1313
PI-controller, robust, for infinite-dimensional sys-
Stabilization of non-holonomic vehicles under
tems, 33
kinematic constraints, 933
Polynomial solution to the generalized H « control State covariance assignment for sampled-data
problem with measurement noise, 443
feedback control systems, 719
Predictive excitation control of a turbo-alternator,
Steering control problem formulation of low-
949
speed tricycle-model vehicles, 783
Process control, dead-time estimation, knowl- Submarine depth control system design, 279
edge-based approach, 1045 Sylvester and Lyapunov equations, ill-con-
ditioned, implicit deflation method, 1119
QFT, MIMO, using non-diagonal controllers, 245
QQ-plot approach to robust Kalman filtering, 837 Time-delay linear systems with delay in the state
and the output, loop transfer recovery, 1099
Regulator, hybrid, optimal, duality with hybrid Time-delayed process, zero-order hold equivalent
optimal filter control, 1465 transfer function, 657
Repetitive control of bilinear systems with appli- Time-varying systems subject to bounded distur-
cation to semi-active isolation of vibration, bances, adaptive control based on special
1265 compensation methods, 667
Ripple-free dead-beat tracking for multirate sam- Tracking control, precision, of non-minimum
pled-data systems, 1437 phase systems with zero phase error, 791
1476 Subject Index (Vol. 61)
Tracking, ripple-free dead-beat type, for multirate Uncertainty tolerance and H = attenuation trade-
sampled-data systems, 1437 offs study, algorithms, 823
Tricycle-model vehicles, low-speed, steering con-
trol problem formulation, 783 Vehicles, non-holonomic, stabilization under
Turbo-alternator, predictive excitation control, kinematic constraints, 933
507, 949
Two-time-scale linear systems, decomposition via Zero-order hold equivalent transfer function for a
the relevant eigenspace, 549 time-delayed process, 657
INT. J. CONTROL, 1995, VOL. 61, NO. 6, 1477-1479
AUTHOR INDEX (Vol. 61)
ALDEEN, M., see Trinh, H. Dumont, G., see Elshafei, A.-L.
ALDHAHERI, R. W., Decomposition of two-time- Durovic, Z. M., and Kovacevic, B. D., QQ-plot
scale linear systems via the relevant eigenspace, approach to robust Kalman filtering, 837
549
ELNAGGAR, A., see Elshafei, A.-L.
Bal, Er-WEI, Digital identification of a continu- ELsHAFEI, A.-L., DUMONT, G., and ELNAGGAR, A.,
ous-time system and some related issues, 149 Stability and convergence analyses of an adap-
BAKULE, L., and RODELLAR, J., Decentralized tive GPC based on state-space modelling, 193
control and overlapping decomposition of ETXEBARRIA, V., and DE LA SEN, M., Adaptive
mechanical systems—Part 1: System decompo- control based on special compensation methods
sition, 559 for time-varying systems subject to bounded
BAKULE, L., and RODELLAR, J., Decentralized disturbances, 667
control and overlapping decomposition of
mechanical systems—Part 2: Decentralized Fever, A., see Goodwin, G. C.
stabilization, 571 Fuiess, M., LEVINE, J., MARTIN, P., and ROUCHON,
Bars, F. D., and DE KONING, W. L., The optimal P., Flatness and defect of non-linear systems:
projection equations for finite-dimensional introductory theory and examples, 1327
fixed-order »#?-optimal control of infinite-di- FRANCHEK, M. A., and JAYASURIYA, S., Controller
mensional discrete-time systems, 641 design for performance guarantees in uncertain
BaSILIo, J. C., and KOUVARITAKIS, B., The use of regulating systems, 127
rational eigenvector approximations in commu- FREUDENBERG, J. S., MIDDLETON, R. H., and
tative controllers, 333 BRASLAVSKY, J. H., Inherent design limitations
BILLINGS, S. A., see Zhang, H. for linear sampled-data feedback systems, 1387
BRASLAVSKY, J. H., see Freudenberg, J. S. FusioKA, HIsayA, and HARA, SHINJI, State covari-
Burcess, K. L., and Passino, K. M., Stability ance assignment for sampled-data feedback
analysis of load balancing systems, 357 control systems, 719
CarRIER, A. C., State-space formulae for all the GERTLER, J. J., and KUNWER, M. M., Optimal
stabilizing discrete controllers that satisfy an residual decoupling for robust fault diagnosis,
H~ norm bound—Part |: Main results and the 395
full information problem, 65 Guavimi, A. R. and Laus, A. J., An implicit
CasAvoLa, A., A polynomial solution to the deflation method for ill-conditioned Sylvester
generalized H ~ control problem with measure- and Lyapunov equations, 1119
ment noise, 443 Goopwin, G. C., MAYNE, D. Q., and FEuER, A.,
CHEN, B. M., A simple algorithm for the stable/un- Correspondence: Duality of hybrid optimal
stable decomposition of a linear discrete-time regulator and hybrid optimal filter, 1465
system, 255 Goopwin, G. C., see Lee, Sang Jeong
CHEN, Y. H., see Han, M. C. GRASSELLI, O. M., JeTTO, L., and LonGui, S.,
CHIKKULA, Y., see Lee, J. H. Ripple-free dead-beat tracking for multirate
Cuu, SANG-Hoon, and Ha, IN-Joonc, Control of sampled-data systems, 1437
hybrid step motors via a simplified linearization Gu, D. W., see Whidborne, J. F.
technique, 1143 Gu, KEQIN, The algorithms for studying the
CLARKE, D. W., see Yoon, Tae-Woong trade-offs between H = attenuation and uncer-
Couuins, E. G., Davis, L. D., and RICHTER, S., tainty tolerance, 823
Design of reduced-order, H2 optimal controllers Gu, You-LIAnG, see Xu, Yangshen
using a homotopy algorithm, 97
CorrEa, G. O., and DA SILVEIRA, M. A., On the Ha, IN-JOONG, see Chu, Sang-Hoon
design of servomechanisms via H>-optimiza- Hac, A., Repetitive control of bilinear systems
tion, 475 with application of semi-active isolation of
CuLicK, F. E. C., see Lee, Ho-Hoon vibration, 1265
Happap, W. M., and KapiLa, V., Discrete-time
DA SILVEIRA, M. A., see Corréa, G. O. extensions of mixed-j bounds to monotonic and
Davis, L. D., see Collins, E. G. odd monotonic nonlinearities, 423
DE KONING, W. L., see Barb, F. D. HALIkiAs, G. D., The structured H2-optimization
DE LA SEN, M., see Etxebarria, V. problem, 1223
DE Paor, A. M., and O’MALLEy, M. J., The Han, M. C., and CHEN, Y. H., Decentralized
zero-order hold equivalent transfer function for control design: uncertain systems with strong
a time-delayed process, 657 interconnections, 1363
1478 Author Index (Vol. 61)
Hara, SHINJI, see Fujioka, Hisaya LoccuFIgR, M., see Noldus, E.
Hema1 , A., Steering control problem formulation LonGuIl, S., see Grasselli, O. M.
of low-speed tricycle-model vehicles, 783 Luo, J. S., JOHNSON, A., and VAN DEN Bosc, P. P.
Heyns, L. J., and KRUGER, J. J., A describing-func- J., Lyapunov stability robust analysis and
tion based criterion for a route to chaos in robustness design for linear continuous-time
autonomous nonlinear systems, 211 systems, 1233
HOLMBERG, U., see Tsypkin, Ya. Z.
Hon, SEOK-MIN, see Lee, Sang Jeong ManrtTIN, P., see Fliess, M.
HUGHES, F. M., see Saidy, M. Mayne, D. Q., see Goodwin, G. C.
McGraw, G. A., On-line identification design for
Ito, HirosHi, OHMoRI, Hiromitsu, and SANO, a flexible beam laboratory adaptive control
AkIRA, Robust performance of decentralized experiment, 525
control systems by expanding sequential de- MENQ, CHIA-HSIANG, see Xia, J. Zhijie
signs, 1297 MIDDLETON, R. H., see Freudenberg, J. S.
MurabD, G., see Whidborne, J. F.
Jacosson, C., see Perev, K. MustaFA, D., Block Lyapumov sum with applica-
JAYASURIYA, S., see Franchek, M. A. tions to integral controllability and maximal
Jersi, H., see Xu, Cheng-Zhong stability of singularly perturbed systems, 47
JetTo, L., see Grasselli, O. M.
JOHNSON, A., see Luo, J. S.
NARENDRA, K. S., see Levin, A. U.
JoLLy, M. R., Correspondence: On the calculus of
NAssiRI-Toussl, K., and REN, WEI, On the asymp-
complex matrices, 749
totic properties of the LQG feedforward self-
JONCKHEERE, E., and L1, RONGSHENG, Hankel oper-
tuner, 1169
ator and H= distance problem over a simply-
No pus, E., and LoccuFigr, M., A new trajectory
connected domain, 897
reversing method for the estimation of asymp-
Jones, R. W., and SBARBARO, D. G., An approach
totic stability regions, 917
to robust optimal control, 885
NunacaM, S., see Lee, T. H.
KANTOR, J. C., see Lee, J. H.
KapIiLa, V., see Haddad, W. M. O’MALLEY, M. J., see de Paor, A. M.
KaTEBI, M.R., and ZHANG, Y., H « control analysis Oxmori, HIROMITSU, see Ito, Hiroshi
and design for nonlinear systems, 459 OsMaN, H. S., and Roserts, P. D., A two-level
KINNAERT, M., and PENG, Y., Residual generator control strategy for robot manipulators, 1201
for sensor and actuator fault detection and Owens, D. H., see Rogers, E.
isolation: a frequency domain approach, 1423
Koxortovic, P. V., see Tao, Gang Pappas, G. J.,and KYRIAKOPOULOS, K. J., Stabiliza-
KouvarITAKIS, B., see Basilio, J. C. tion of non-holonomic vehicles under kinematic
Kovacevic, B. D., see Durovi¢, Z. M. constraints, 933
Krucer, J. J., see Heyns, L. J. ParK, K., and Youta, D. C., Correspondence:
KuNWER, M. M., see Gertler, J. J. Reply to comment on ‘Numerical calculation of
KYRIAKOPOULOS, K. J., see Pappas, G. J. the optimal three-degree-of-freedom Wiener—
Hopf controller’, 757
LavB, A. J., see Ghavimi, A. R.
PASSINO, K. M., see Burgess, K. L.
Lee, Ho-Hoon, and Cutick, F. E. C., A robust
PaTTON, R. J., see Liu, G. P.
decoupled adaptive control of robots, 309
PENG, Y., see Kinnaert, M.
Lee, J. H., CHIKKULA, Y., YU, ZHENGHONG, and
PEREV, K., JACOBSON, C., and SHAFAI, B., An
Kantor, J. C., Improving computational
algorithm for identification of smooth nonlinear
efficiency of model predictive control algorithm
systems based on parametrized linearization
using wavelet transformation, 859
families, 1013
LEE, SANG JEONG, HONG, SEOK-MIN, and Goop-
PosTLEwalrtE, I., see Whidborne, J. F.
win, G. C., Loop transfer recovery for linear
systems with delays in the state and the output,
1099 REN, WEI, see Nassiri-Toussi, K.
Lee,T .H ., WANG, Q.G., TAN, K. K., and NUNGAM, RICHTER, S., see Collins, E. G.
S., A knowledge-based approach to dead-time Roserts, P. D., see Osman, H. S.
estimation for process control, 1045 RODELLAR, J., see Bakule, L.
Levin, A. U., and NARENDRA, K. S., Recursive Rocers, E., and Owens, D. H., Error actuated
identification using feedforward neural net- output feedback control theory for differential
works, 533 linear repetitive processes, 981
LEviNE, J., see Fliess, M. ROUCHON, P., see Fliess, M.
Li, RONGSHENG, see Jonckheere, E. Rusio, J. E., see Wilson, D. A.
LicEAGA-CASTRO, E., and VAN DER MOLEN, G., A
submarine depth control system design, 279 Sarpy, M., and HUGHES, F. M., Predictive excita-
Liu, G. P., and PATTON, R. J., Parametric state tion control of a turbo-alternator, 507, 949
feedback controller design of multivariable SANO, AKIRA, see Ito, Hiroshi
systems, 1457 SBARBARO, D. G., see Jones, R. W.
Author Index (Vol. 61) 1479
ScLABASSI, R., see Xu, Yangshen WHIDBORNE, J. F., MuRAD, G., Gu, D.-W., and
SHAFAI, B., see Perev, K. POSTLETHWAITE, I., Robust control of an un-
SKELTON, R. E., see Zhu, Guoming G. known plant—the IFAC 93 benchmark, 589
SODERSTROM, T., and Stoica, P., Emitter wave- WIson, D. A., and Rusio, J. E., Computation of
form estimation in array signal processing, 965 generalized Hz optimal controllers, 999
STEPANENKO, Y., see Yang, Xueshan Wu, Yu-TE, see Xu, Yangshen
STERNBY, J., see Walgama, K. S.
Stoica, P., see Séderstrém, T. X14, J. ZHUIE, and MENQ, CHIA-HSIANG, Precision
tracking control of non-minimum phase sys-
TAN, K. K., see Lee, T. H. tems with zero phase error, 791
Tao, GANG, and Kokotovic, P. V., Discrete-time Xu, CHENG-ZHONG and JerBi, H., A robust PI-con-
adaptive control of systems with unknown troller for infinite-dimensional systems, 33
deadzones, I Xu, YANGSHEN, GU, YOU-LIANG, Wu, Yu-TE, and
TRINH, H., and ALDEEN, M., D-stability analysis of ScLaBASSsI, R., Robust control of free-floating
discrete-delay perturbed systems, 493 space robot system, 261
TSYPKIN, YA. Z., and HOLMBERG, U., Robust
stochastic control using the internal model YANG, XUESHAN, and STEPANENKO, Y., Stabiliza-
principle and internal model control, 809 tion analysis of discrete nonlinear systems,
Tu, FENGSHEN, see Wan, Lianggiao 1313
YANIv, O., MIMO QFT using non-diagonal con-
VAN DEN Boscu, P. P. J., see Luo, J. S. trollers, 245
VAN DER MOLEN, G., see Liceaga-Castro, E. YOon, TAE-WOona, and CLARKE, D. W., Observer
VAN DER Woupe, J. W., Deadbeat control by design in receding-horizon predictive control,
measurement feedback: a two-sided approach, 171
229 You a, D. C., see Park, K.
Yu, ZHENGHONG, see Lee, J. H.
WALGAMA, K. S., and STERNBY, J., A feedforward
controller design for periodic signals in non- ZENG, XIAO-JUN, Robust stability for linear dis-
minimum phase processes, 695 crete-time systems with structured perturba-
Wan, LIANGQIAO, and Tu, FENGSHEN, Stability of tions, 739
linear systems in maximum algebra, 1191 ZHANG, H., BILLINGS, S. A., and ZHU, Q. M.,
WANG, JIANLIANG, Scheduling of local nonlinear Frequency response functions for nonlinear
control laws by exogenous signals—an appli- rational models, 1073
cation to flight control, 759 ZHANG, Y., see Katebi, M. R.
WANG, Q. G., see Lee, T. H. ZHU, GUOMING G., and SKELTON, R.E., #2 to F «
Warwick, K., A critique of neutral networks for gains for sampled-data systems, 19
discrete-time linear control, 1253 Zuu, Q. M., see Zhang, H.