International Journal of Systems Science 1998: Vol 29 Index

7 Pages·1998·2.2 MB·English

International Journal of Systems Science, 1998, volume 29, number 12, pages 1427-1431
Author index (volume 29)
Acha, E., see Rico, J. J. Cannata, G., see Angeletti, D.
Al-Ajlouni, A., see Schilling, R. J. Caramelle, L., see Keller, J. Y.
Aliyu, M. D. S., Analysis and control of a single-item produc- Caravani, P., Stabilization and disturbance attenuation of
tion—inventory system with shortages and back orders, 889 uncertain discrete-time linear systems, 1313
Aliyu, M. D. S., and Boukas, E. K., Discrete-time inventory Carroll, J. J., see Schilling, R. J.
models with deteriorating items, 1007 Casalino, G., see Angeletti, D.
Amrah, A., Zerhouni, N., and El Moudni, A., On the control Chakroborty, T., Giri, B. C., and Chaudhuri, K. S., A heur-
of manufacturing lines modelled by controlled continuous istic for replenishment of deteriorating items with time-
Petri nets, 127 varying demand and shortages in all cycles, 551
An, P. E., see Smith, S. M. Chang, W.-W., see Tan, T.-H.
Angeletti, D., Cannata, G., and Casalino, G., The control Chaudhuri, K. S., see Chakroborty, T.
architecture of the AMADEUS gripper, 485 Chaudhuri, K. S., see Ray, J.
Antoniou, G. E., Three-dimensional discrete-time lossless Chen, C. M., see Tsao, L.-P
bounded real functions: minimal state-space realization, Chen, C.-C., see Wong, C.-C.
1015 Chen, C.-T., see Tsao, L.-P.
Au, A. S:, see Lee; T. H. Chen, S. J., see Lin, J. L.
Cheng-Jin Zhang, and Tian-You Chai, A new robust adaptive
control algorithm for linear time-varying plants, 931
Babuska, R., see Baranyi, P. Chi-Ming Chow, Kuznetsov, A. G., and Clarke, D. W..,
Bachmayer, R., see Yoerger, D. R. Successive one-step-ahead predictions in multiple model pre-
Bao, P., see Hou, Z.-G. dictive control, 971
Baranyi, P., Bavelaar, I. M., Babuska, R., Koczy, L. T., Titli, Chou, C.-L., see Tsao, L.-P.
A., and Verbruggen, H. B., A method to invert a linguistic Chtourou, M., see Derbel, N
fuzzy model, 711 Chu, J., see Su, H.
Barnett, W. A., and Xu, H., Stochastic volatility in interest Clarke, D. W., see Chi-Ming Chow
rates and nonlinearity in velocity, 1189 Coccoli, M., see Bartolini, G.
Bartolini, G., Coccoli, M., and Ferrara, A., Vibration Cooper, W. W., see Brockett, P. L.
damping and second-order sliding modes in the control of Costa, P., see Lucido, L.
a single finger of the AMADEUS gripper, 497 Coste-Maniére, E., Wang, H. H., Rock, S. M., Rigaud, V..,
Bartolini, G., Marchesoni, M., Pisu, P., and Usai, E., Peuch, A., and Perrier, M., Cooperative research in under-
Chattering reduction and robust position control in induc- water robot mission-level programming methodologies,
tion motor with second-order VSS, | 1099
Bavelaar, I. M., see Baranyi, P. Craine, R., Matching the moments: a test of three representa-
Bellingham, J. G:, see Vaganay, J. tive agent models, 1179
Bennett, S., see Zhou, J. Cristi, R., Caccia, M., and Veruggio, G., Motion estimation
Beyer, D., and Sethi, S. P., A proof of the EOQ formula using and modeling of the environment for underwater vehicles,
quasi-variational inequalities, 1295 1135
Billings, S. A., and Mao, K. Z., Structure detection for non-
linear rational models using genetic algorithms, 223
Boljuncic, V., Sensitivity analysis in the additive method of Darouach, M., see Keller, J. Y.
data envelopment analysis, 219 Dasgupta, A., see Kar, I. N.
Bono, R., see Veruggio, G. Davies, J. B. C., see Robinson, G.
Boukas, E. K., see Aliya, M. D. S. de la Sen, M., Controllability and equilibrium analysis of the
Bradley, A. M., see Yoerger, D. R. interaction between the unemployment level and related
Brockett, P. L., Cooper, W. W., Golden, L. L., Rousseau, J. J., government expenditure, 130]
and Wang, Y., DEA evaluations of the efficiency of organi- de la Sen, M., see Yu, W.
zational forms and distribution systems in the US property Derbel, N., Chtourou, M., and Masmoudi, A., Reduced order
and liability insurance industry, 1235 model based neural network control of a squirrel cage
Bruzzone, G., see Veruggio, G. induction motor drive, 981]
Der-Cherng Law, and Jeng Tze Huang, Global stabilization of
Caccia, M., see Cristi, R. axial compressors using nonlinear cancellation and back-
Caccia, M., see Veruggio, G. stepping designs, 1345
1428 Author index (volume 29)
Deriche, R., see Lucido, L. Hans, ©. C., see bee, i. Hi.
Ding, J.-H., see Lyu, J. Hang, C. C.,. see ee, 1, i.
Dingwei Wang, see Jiafu Tang Harris, C. J., see Feng, M.
Djennoune, S., El-Moudni, A., and Zerhouni, N., Stabilization Harris, S. L., see Schilling, R. J.
and regulation of a class of nonlinear singularly perturbed Hartman, J. C., A linear programming formulation with
systems with discretized composite feedback, 419 integer solutions for solving an equipment replacement pro-
Duan, G.-R., and Patton, R. J., Eigenstructure assignment in blem with multiple assets: the concave demand case, 1225
descriptor systems via state feedback a new complete para- Hattori, Y., Winning subordinate relations and winning coali-
metric approach, 167 tions in social choice functions with subordinate relations, 33
Dunn, S. E., see Smith, S. M. Healey, A. J., see Marco, D. B.
Heyoung Lee, and Zeungnam Bien, On the eigenstructure of
linear quasi-time-invariant systems, 873
El Moudni, A., see Amrah, A. Hmamed, A., and Tissir, E., Further results on the stability of
El-Moudni, A., see Djennoune, S. discrete-time matrix polynomials, 819
Emara-Shabaik, H. E., and Moustafa, K. A. F., Non-para- Ho, S. L., see Guomin Li
metric identification of generalized Hammerstein models, 91 Hongye Se, Jingcheng Wang, Li Yu, and Jian Chu, Robust
Espiau, B., see Simon, D. H™ controller design for time-varying uncertain linear
systems with time-varying state and control delays, 863
Hou, Z.-G., Wu, C.-P., and Bao, P., A neural network for
Fanchon, P., A model for switching costs and pulsing optima hierarchical optimization of nonlinear large-scale systems, 159
with some economic applications, 1339 Hsu, C.-C., see Wang, C.-H.
Feng, M., and Harris, C. J., Adaptive neurofuzzy control for a Hsu, K.-C., Decentralized variable structure model-following
class of state-dependent nonlinear processes, 759 adaptive control for interconnected systems with series non-
Ferrara, A., see Bartolini, G. linearities, 365
Fischer, M., Nelles, O., and Isermann, R., Predictive control Huang, L., see Geng, Z.
based on local linear fuzzy models, 679 Huang, S.-J., and Lian, R.-J., A fuzzy controller with grey
Frank, P. M., see Schreier, G. prediction for robot motion control, 341
Frost, A., see Smith, R.
Fukushima, M., see Okada, M.
Fung, R. Y. K., see Jiafu Tang Ichige, K., and Kamada, M., A simple discrete version of B-
splines
Ichikawa, A.. and Katayama, H., H> and H™ control for jump
Ganesan, K., see Smith, S. M. systems with application to sampled-data systems, 829
Ge, S.S., Lee, T. H., and Tan, E. G., Adaptive neural network Ikeda, K., and Shin, S., Fault tolerance of autonomous decen-
control of flexible joint robots based on feedback lineariza- tralized adaptive control systems, 773
tion, 623 Irwin, G., see McLoone, S.
i505 0..8-, see 166, TH. Isermann, R., see Fischer, M.
Gegov, A. E., Mutlilayer fuzzy control of multivariable sys-
tems by direct decomposition, 851
Geng, Z., and Huang, L., Stability margin of a closed interval Jaddu, H., and Shimemura, E., Construction of optimal feed-
system, 617 back control for nonlinear systems via Chebyshev polyno-
Giri, B. C., see Chakroborty, T. mials, 921
Gissinger, G. L., see Schreier, G. Jafari Koshkouei, A., and Zinober, A. S. I., Sliding mode
Golden, L. L., see Brockett, P. L. controller-observer design for SISO linear systems, 1363
Gomez-Ramirez, E., and Poznyak, A. S., Structure adaptation Jeng Tze Huang, see Der-Cherng Law
of stochastic neural nets using learning automata technique, Jhy-Ping Jhang, see Shey-Huei Sheu
139 Jiafu Tang, Dingwei Wang, and Fung, R. Y. K., Model and
Goswami, A., see Ray, J. method based on GA for nonlinear programming problems
Grimble, M. J., Relationship between discrete polynomial and with fuzzy objective and resources, 907
state-space solutions of the H optimal regulator problem, 605 Jian Chu, see Hongye Se
Guomin Li, Tsang, K. M., and Ho, S. L., A novel model- Jingcheng Wang, see Hongye Se
following scheme with simple structure for electrical position Jou, C.-P., see Lin, C.-T.
servo systems, 959 Jun-Ho Oh, see Pan-Mook Lee
Gupta, P., and Sinha, N. K., Control of robotic manipula- Jun-Yi Song, see Tai-Yue Wang
tors—a neural network approach, “74 23 Juricic, D., see Zele, M.
Han, M.-S., Lim, J.-T., and Park, D.-J., Performance analysis Kamada, M.., see Ichige, K.
of serial production lines with quality inspection machines, Kando, H., Watanabe, T., Ukai, H., and Morita, Y., A model
939 reduction method of 2D systems, 989
Author index (volume 29)
Kapellos, K., see Simon, D. Liou, M. E., see Ou-Yang, C.
Kar, I. N., and Dasgupta, A., Quadratic stabilization of a class Liu, C.-S., see Ma, C.-K.
of linear systems and its application to robot control, 267 Liu, G. P., and Patton, R. J., Robust control design based on
Karmakar, G., see Kumar, A. parametric eigenvalue assignment, 65
Kasparis, T., see Memon, Q. Liu, G. P., and Patton, R. J., Robust eigenstructure assign-
Katayama, H., see Ichikawa, A. ment for descriptor systems, 75
Keating, D. A., see Kelly, I. D. Lucido, L., Pesquet-Popescu, B., Opderbecke, J.. Rigaud, V.,
Keller, J. Y., Darouach, M., and Caramelle, L., Kalman filter Deriche, R., Zhang, Z., Costa, P., and Larzabal, P..,
with unknown inputs and robust two-stage filter, 41 Segmentation of bathymetric profiles and terrain matching
Kelly, I. D., and Keating, D. A., Faster learning of control for underwater vehicie navigation, 1157
parameters through sharing experiences of autonomous Luh, H., see Lyu, J.
mobile robots, 783 Lyu, J., Ding, J.-H., and Luh, H., Petri nets for performance
Kirihara, Y., see Sueyoshi, T. modelling study of client-server systems, 565
Koczy, L. T., see Baranyi, P.
Kumar C., K., and Sinha, B. K., Efficiency based decision
rules for production planning and control, 1265 Ma, C.-K., Tuan, P.-C., Lin, D.-C., and Liu, C.-S., A study of
Kumar, A., and Karmakar, G., Optimal system selection in an inverse method for the estimation of impulsive loads, 663
fuzzy environment, 609 Maheshwari, R., Vijaya, G., Kumar, V., and Verma, H. K.,
Kumar, V., see Maheshwari, R. Signal-analysis and a heuro-logistic interpretation of multi-
Kundu, M. K., see Pal, N. R. lead electrocardiograms, 323
Kunimatsu, N., see Sano, H. Mao, K. Z., see Billings, S. A.
Kuznetsov, A. G., see Chi-Ming Chow Marchesoni, M., see Bartolini, G.
Kwon, W. H., see Moon, S. Y. Marco, D. B., and Healey, A. J., Local area navigation using
sonar feature extraction and model-based predictive control,
1123
Lane, D. M., and Pickett, M. F. C., Task planning for dex- Masmoudi, A., see Derbel, N.
trous manipulation using blind grasping tele-assistance, 513 Mastorakis, N. E., see Teo, Y. M.
Lane, D. M., and Rigaud, V., Special issue on underwater Matko, D., see Zele, M.
robotics: Mission programming and navigation of under- McLoone, S., and Irwin, G., Nonlinear optimization of RBI
water vehicles, 1027 networks, 179
Lane, D. M., Introduction to the Special Issue of the Mehra, R., On the volatility of stock prices: an exercise in
International Journal of Systems Science on the quantitative theory, 1203
AMADEUS dextrous underwater grasping system, 445 Memon, Q., and Kasparis, T.., Signal decomposition and
Lane, D. M., see O’Brien, D. J. coding using a multiresolution transform, 111
Larzabal, P., see Lucido, L. Moon, S. Y., and Kwon, W. H., Genetic-based fuzzy control
Lee, S.-D., Configuring layout for a cellular manufacturing for half-car active suspension systems, 699
system, 557 Morita, Y., see Kando, H.
Lee, T. H., and Hang, C. C., Guest Editorial: Intelligent con- Moustafa, K. A. F., see Emara-Shabaik, H. E.
trol systems, 677 Mukherjee, K., see Ray, S. C.
Lee, T. H., Ge, S. S., Hang, C. C., Zhao, Q., and Au, A. S.,
Real-time neural-network-based control of a gyro-mirror
line-of-sight stabilization platform, 745 Nandi, S., see Pal, N. R.
Lee, T. H., see Ge, S. S. Nazarzadeh, J., Razzaghi, M., and Nikravesh, K. Y., A hybrid
Lee, T. H., see Nie, J. domain analysis for linear quadratic optimal control pro-
Leitch, R. R., see Wong, Y. K. blems with control inequality constraints, 213
Leonard, J. J., see Vaganay, J. Nelles, O., see Fischer, M.
Li Yu, see Hongye Se Nie, J.. and Lee, T. H., Rule-based control of Wiener-type
Lian, R.-J., see Huang, S.-J. nonlinear processes through self-organizing, 275
Liao, C.-J., see Yang, W.-H. Nikravesh, K. Y., see Nazarzadeh, J.
Liao, T.-L., Adaptive robust neural tracking control of a class
of unknown nonlinear systems, 731
Lim, J.-T., see Han, M.-S. O’Brien, D. J., and Lane, D. M., Force and explicit slip sensing
Lim, J.-T., see Park, S.-J. for the AMADEUS underwater gripper, 471
Lim, J.-T., see Shim, K.-H. Oguchi, T., and Watanabe, A., Input—output linearization of
Lin, C.-J., see Lin, C.-T. nonlinear systems with time delays in state variables, 573
Lin, C.-T., Jou, C.-P., and Lin, C.-J.y,. GA-based reinforcement Okada, M., Taji, K., and Fukushima, M., Probabilistic ana-
learning for neural networks, 23 lysis of 2-opt for travelling salesman problems, 297
Lin, D.-C., see Ma, C.-K. Oliveira, P., Pascoal, A., Silva, V., and Silvestre, C., Mission
Lin, J. L., and Chen, S. J., Robust stability analysis of general- control of the MARIUS autonomous underwater vehicle:
ized interval systems using a structured singular value, 199 system design, implementation and sea trials, 1065
1430 Author index (volume 29)
Opderbecke, J., see Lucido, L. Schilling, R. J., Al-Ajlouni, A., Carroll, J. J., and Harris, S. L.,
Ou-Yang, C., and Liou, M. E., A decision analysis method Active control of narrowband acoustic noise of unknown
for a tardy WIP from the production cost point of view, frequency using a phase-locked loop, 287
a2772 3 Schreier, G., Ragot, J., Frank, P. M., and Gissinger, G. L.,
Bounds of parameter uncertainties for robust stability of
linear uncertain systems, 85
Pal, N. R., Nandi, S., and Kundu, M. K., Self-crossover—a Seaton, E., see Robinson, G.
new genetic operator and its application to feature selection, Sengupta, J. K., and Sfeir, R. E., Nonlinear dynamics in for-
eign exchange markets, 1213
207
Sengupta, J. K., New efficiency theory: extensions and new
Palhares, R. M., and Peres, P. L. D., Optimal filtering schemes
applications of data envelopment analysis, 255
for linear discrete-time systems: a linear matrix inequality
Sethi, S. P., see Beyer, D.
approach, 587
Sfeir, R. E., see Sengupta, J. K.
Pan-Mook Lee, and Jun-Ho Oh, Discrete-time quasi-sliding
Shah, N. H., A discrete-time probabilistic inventory model for
mode tracking control of uncertain systems with long sam-
deteriorating items under a known price increase, 823
pling interval, 899
Shah, N. H., and Shah, Y. K., A discrete-in-time probabilistic
Park, D.-J., see Han, M.-S.
inventory model for deteriorating items under conditions of
Park, S.-J., and Lim, J.-T., Robust and fault-tolerant super-
permissible delay in payments, 121
visory control of discrete event systems with partial observa-
Shah, Y. K., see Shah, N. H.
tion and model uncertainty, 953
Shaocheng, T., and Tianyou, C., Fuzzy indirect adaptive con-
Pascoal, A., see Oliveira, P. trol for a class of decentralized nonlinear systems, 149
Patton, R. J., see Duan, G.-R. Shey-Huei Sheu and Jhy-Ping Jhang, Optimal age and block
Patton, R. J., see Liu, G. P. replacement policies for a multi-component system with a
Peng Shi, Robust control of linear continuous time-delay sys- shock type failure interaction, 805
tems with finite discrete jumps and norm-bounded uncer- Shieh, C. S., Tsai, J. S. H., Shieh, L. S., and Sun, Y. Y., Digital
tainties, 1381 modelling and robust digital redesign of sampled-data
Peres, P. L. D., see Palhares, R. M. uncertain system with input time delay, 389
Perrier, M., see Coste-Maniére, E. Shieh, L. S., see Shieh, C. S.
Pesquet-Popescu, B., see Lucido, L. Shim, K.-H., and Lim, J.-T., A feedforward-plus-feedback
Peuch, A., see Coste-Manieére, E. congestion control scheme for store-and-forward packet-
Pham, H., Optimal cost design of replicated data in distributed switching networks, 103
database systems, 795 Shimemura, E., see Jaddu, H.
Pham, H., see Zhang, X. Shin, S., see Ikeda, K.
Pickett, M. F. C., see Lane, D. M. Silva, V., see Oliveira, P.
Pisu, P., see Bartolini, G. Silvestre, C., see Oliveira, P.
Poznyak, A. S., see Gomez-Ramirez, E. Simon, D., Kapellos, K., and Espiau, B., Control laws, tasks
Probert, P., see Smith, R. and procedures with ORCCAD.: application to the control
of an underwater arm, 1081
Singh, H., see Yoerger, D. R.
Sinha, B. K., see Kumar, C. K.
Ragot, J., see Schreier, G.
Sinha, N. K., see Gupta, P.
Ray, J., Goswami, A., and Chaudhuri, K. S., On an inventory
Smith, R., Stevens, A., Frost, A., and Probert, P., Developing
model with two levels of storage and stock-dependent
a sensor-based underwater navigation system, 1145
demand rate, 249
Smith, S. M., Ganesan, K., An, P. E., and Dunn, S. E.,
Ray, S. C., and Mukherjee, K., A study of size efficiency in US
Strategies for simultaneous multiple autonomous under-
banking: identifying banks that are too large, 1281
water vehicle operation and control, 1045
Razzaghi, M., see Nazarzadeh, J.
Song, D., and Sun, Y.-x., Gradient estimate for parameter
Rico, J. J., and Acha, E., Analysis of linear time-varying sys-
design of threshold controllers in a failure-prone production
tems via Hartley series, 541
system, 21
Rigaud, V., see Coste-Maniére, E.
Stevens, A., see Smith, R.
Rigaud, V., see Lane, D. M.
Stoilov, T., and Stoilova, K., Non-iterative co-ordination in
Rigaud, V., see Lucido, L. multilevel systems, 1393
Robinson, G., Davies, J. B. C., and Seaton, E., Mechanical Stoilova, K., see Stoilov, T.
design, operation and direction prediction of the Strmenik, S., see Zele, M.
AMADEUS gripper system, 455 Su, H., Chu, J., and Wang, J., A memoryless robust stabilizing
Rock, S. M., see Coste-Maniére, E.
controller for a class of uncertain linear time-delay systems, 191
Rousseau, J. J., see Brockett, P. L. Sueyoshi, T., and Kirihara, Y., Efficiency measurement and
Sano, H., and Kunimatsu, N., Feedback stabilization of infi- strategic classification of Japanese banking institutions, 1249
nite-dimensional systems with periodically time-varying Sun, Y. Y., see Shieh, C. S.
input and output operators, 643 Sun, Y.-x., see Song, D.
Author index (volume 29)
Tai-Yue Wang, and Jun-Yi Song, The economic justification Wang, J., see Su, H.
of setup time reduction under variable demand, 1019 Wang, W.-Y., see Wang, C.-H.
Taji, K., see Okada, M. Wang, Y., see Brockett, P. L.
Tan, E. G., see Ge, S. S. Watanabe, A., see Oguchi, T.
Tan, T.-H., and Chang, W.-W., A hybrid strategy for Gilbert’s Watanabe, T., see Kando, H.
channel characterization using gradient and annealing tech- Wong, C.-C., and Chen, C.-C., A simulated annealing
niques, 579 approach to switching grey prediction fuzzy control system
Tay, S. C., see Teo, Y. M. design, 637
Teo, Y. M., Tay, S. C., and Mastorakis, N. E., Modelling and Wong, H., see Wong, Y. K.
simulation of interconnection networks: a conservative par- Wong, Y. K., Leitch, R. R., Wyatt, G. J., and Wong, H.,
allel approach, 353 Causal reasoning in systems modelling, 1325
Tian-You Chai, see Cheng-Jin Zhang Wu, C.-P., see Hou, Z.-G.
Tianyou, C., see Shaocheng, T. Wyatt, G. J., see Wong, Y. K.
Tissir, E., see Hmamed, A.
Titli, A., see Baranyi, P.
Tsai, J. S. H., see Shieh, C. S. Xiwen Lu, see Zexin, Hu
Tsang, K. M., see Guomin Li Xu, H., see Barnett, W. A.
Tsao, L.-P., Chou, C.-L., Chen, C. M., and Chen, C.-T.,
Aiming point guidance law for air-to-air missiles, 95
Tsui, C.-C., The first general output feedback compensator Yang, W.-H., and Liao, C.-J., Batching and sequencing of jobs
that can implement state feedback control, 49 with order availability at a single facility, 13
Tuan, P.-C., see Ma, C.-K. Yeh Lam, see Yuan Lin Zhang
Yoerger, D. R., Bradley, A.M ., Walden, B. B., Singh, H., and
Bachmayer, R., Surveying a subsea lava flow using the
Ukai, H., see Kando, H. Autonomous Benthic Explorer (ABE), 1031
Unbehauen, H., see Zidong Wang Yu, W., and de la Sen, M., A new adaptive control scheme
Usai, E., see Bartolini, G. with arbitrary nonlinear inputs, 407
Yuan Lin Zhang, and Yeh Lam, Reliability of consecutive-k-
out-of-n:G repairable system, 1375
Vaganay, J., Bellingham, J. G., and Leonard, J. J.,
Comparison of fix computation and filtering for autono-
mous acoustic navigation, 1111 Zele, M., Juricic, D., Strmenik, S., and Matko, D., A prob-
Verbruggen, H. B., see Baranyi, P. abilistic measure for model purposiveness in identification
Verma, H. K., see Maheshwari, R. for control, 653
Veruggio, G., Bono, R., Bruzzone, G., Caccia, M., and Virgili, Zerhouni, N., see Amrah, A.
P., A man—machine interface for the development of an Zerhouni, N., see Djennoune, S.
innovative underwater gripper, 529 Zeungnam Bien, see Heyoung Lee
Veruggio, G., see Cristi, R. Zexin Hu, and Xiwen Lu, Adaptive observer and nonlinear
Vesely, V., Decentralized variable structure control of complex control strategy for chemical reactors via neural networks,
systems, 311 915
Vijaya, G., see Maheshwari, R. Zhang, X., and Pham, H., A software cost model with error
Virgili, P., see Veruggio, G. removal times and risk costs, 435
Zhang, Z., see Lucido, L.
Zhao, Q., see Lee, T. H.
Walden, B. B., see Yoerger, D. R. Zhou, J., and Bennett, S., Adaptive error compensation for
Wang, C.-H., Hsu, C.-C., and Wang, W.-Y., Approximate z robust fault detection, 57
transform using higher-order integrators and its applications Zidong Wang, and Unbehauen, H., Robust state observer
in sampled-data control systems, 595 design guaranteeing D-stability, 1417
Wang, H. H., see Coste-Manieére, E. Zinober, A. S. I., see Jafari Koshkouei, A.